BILECIK VOCATIONAL SCHOOL - Anadolu Üniversitesicatalog.anadolu.edu.tr/bilecikmyo.pdf · KINCAL,...

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BILECIK VOCATIONAL SCHOOL

Bilecik Vocational school houses one major department, the department of Technical Programs. Department of Technical Programs offers twelve programs: Automotive, Computer Technology and Programming, Food Technology, Mechanics, Construction, Electrical Plants and Maintenance, Industrial Electronics, Chemistry, Casting, Electronic Communications, Agricultural Tools and Machines and Industrial Automation. All programs, except Casting, Agricultural Tools and Machines offer evening programs and Automotive have only evening programs.

During the two years' education, it is compulsory for the students to gain experience by working in industry for eight weeks and also they are able to carry on their work for two weeks as an apprentice. While doing their apprenticeships, students are controlled by the academic staff. Therefore, the students have both the experience of their subject and a chance to find a good job easily.

Director : Asst. Prof. Dr. Zakir POYRAZ

Deputy Director : Asst. Prof. Dr. Çaglayan AÇIKGÖZ

Deputy Director : Lecturer Nilgün BAKKAL

Secretary of High School : Adnan ATASAYAR

STAFF

Assistant professors: Çaglayan AÇIKGÖZ, Zakir POYRAZ, Serpil TÜRKYILMAZ, Hasan YAMIK Lecturers: Birol AKYÜZ, Baris ALTIOKKA, Dursun AYDIN, Nilgün BAKKAL, Alev BORAZAN, Ahmet Tuna CÖMERT, Gülsen ÇETIN AKYÜZ, Ali DAGDEVIREN, Faruk DIRISAGLIK, Emre EREN, Yildirim ERTÜRKAN, Mehmet ESER, Ali Riza GÜN, Abide Banu GÜNDÜZ, Ebru GÜNEY, Mehmet Ergim IMAN, Banu IREZ, Mesut KAPLAN, Ibrahim KILIÇ, Arif KINCAL, Esra KUNDURACI, Nüket ÖCAL, Eylem ÖNAL, Metehan ÖNAL, Oguzhan ÖNAL, Yasemin ÖNAL, Onur Yigit ÖZGER, Ozan SEZGIN, Berna SAHAN, Emre SENYÜZLÜ, Lemi Tufan TASPOLAT, Aysun TOK, Kutalmis TURHAL, Ümit Çigdem TURHAL, Telat TÜRKYILMAZ, Pinar UYAN, Alper UYGUN, Figen YAMIK Instructors: Gamze TURAN, Hatice YILDIRIM Others: Mehmet Sükrü BAYSAL

DEPARTMENT OF TECHNICAL PROGRAMS

AGRICULTURAL TOOLS AND MACHINES

The department was established in 1992. The department is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 3 instructors and 1 Agricultural Tools and Machines technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Agricultural Tools and Machines undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in institutions that do basic and/or applied research in the fields of Agricultural Tools and Machines, chemistry and biology as well as in industries that produce traditional and high technology materials.

478

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 MAK 101 Engineering Measurement 1+1 1,0 MAK 109 Agricultural Mechanization 2+2 4,0 MAK 113 Soil Technology and Crop

Cultivation 2+2 3,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 TEK 107 Scientific Principles of

Technology 3+1 4,0 TRS 101 Technical Drawing 4+0 4,0 YÖN 103 Directed Study I 2+0 2,0 ING 103 (Eng) English I 4+0 4,0

30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 MAK 102 Manufacturing Methods 2+2 4,0 MAK 108 Agricultural Tractors 2+2 4,0 MAK 110 Engineering Drawing II 2+2 3,0 MAK 114 Engineering Science 2+2 3,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 YÖN 104 Directed Study II 2+0 2,0 ING 104 (Eng) English II 4+0 4,0 Elective Courses (1) - 2,0

30,0

III. SEMESTER

BIL 281 Computer Applications I 2+0 2,0 MAK 205 Internal Combustion Engines 2+2 4,0 MAK 207 Agricultural Production Management 1+1 2,0 MAK 211 Safety at Work 1+1 2,0 MAK 215 Pre-Harvesting Agricultural

Machinery 2+2 5,0 MAK 217 Soil and Water Power Machinery 2+2 4,0 MAK 230 Mechanical Technology 2+2 4,0 TÜR 189 Turkish Language 4+0 4,0 YÖN 205 Directed Study III 3+0 3,0

30,0

IV. SEMESTER BIL 282 Computer Application II 2+0 2,0 MAK 204 Agricultural Mechanization Project 2+2 4,0 MAK 206 Diesel Engine Overhaul and Repairs 3+3 4,0 MAK 208 Agricultural Product Processes and

Technique 2+2 4,0 MAK 210 Materials Technology 2+2 4,0 MAK 212 Agriculture Equipment and Machine

Repairs 2+3 4,0 MAK 216 Harvesting Machinery 2+2 3,0 TKY 201 Quality Control 1+1 2,0 YÖN 206 Directed Study IV 3+0 3,0

30,0

ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

AUTOMOTIVE (EVENING)

The department was established in 2002. Bilecik Industrial High School laboraties are use d for applications studies. The decisions related with the department the are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Automotive Technology undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in institutions that do basic and/or applied research in the fields of automotive as well as in industries that produce traditional and high technology materials.

480

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 MAT 121 Mathematics I 3+1 4,0 OTO 101 Otto Engine Technology 2+2 4,0 OTO 103 Engine Thermodynamic 2+1 3,0 OTO 105 Automotive Electrics 2+1 3,0 TAR 255 Atatürk's Principles and History


Technology 3+1 4,0 TÜR 189 Turkish Language 4+0 4,0 ING 103 (Eng) English I 4+0 4,0

30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 ILT 105 General and Technical

Communication 2+0 2,0 MAT 122 Mathematics II 3+1 4,0 OTO 102 Diesel Engine Technology 2+2 4,0 OTO 104 Automotive Electronics 2+1 4,0 OTO 106 Materials Technology 2+0 2,0 OTO 108 Engineering Drawing 2+1 4,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 ING 104 (Eng) English II 4+0 4,0 Elective Courses (1) - 2,0

30,0

III. SEMESTER

ISL 209 Business Management 2+0 2,0 OTO 201 Moving Control Systems 2+2 5,0 OTO 203 Power Transport Elements 2+2 5,0 OTO 205 Engine Tune-up 2+2 4,0 OTO 207 Machine Elements 2+0 2,0 Departmental Elective Courses (3) - 12,0

30,0

IV. SEMESTER KGS 104 Quality Assurance and Standards 2+0 2,0 OTO 202 Vehicle Mechanics 2+2 5,0 OTO 204 New Technologies in Automotive 2+0 2,0 OTO 206 Alternative Engine and Fuels 2+2 5,0 OTO 208 System Analysis and Design 2+2 4,0 Departmental Elective Courses (3) - 12,0

30,0

DEPARTMENTAL ELECTIVE COURSES MAK 202 Heating Process Technology 1+1 2,0 MAK 231 Electro Mechanic 1+1 2,0 MAK 248 Servo Proportional Control 1+1 2,0 MAK 252 Energy Management 1+1 2,0 OTO 209 Manufacturing Process 2+2 4,0 OTO 210 Computer Numerical Control 2+2 4,0 OTO 211 Measurement Technology 2+2 4,0 OTO 212 Automotive Materials Technology 2+2 4,0

OTO 213 Computer Aided Design 2+2 4,0 OTO 214 Hydraulic and Pneumatic Systems 1+1 3,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

CASTING

The department was established in 1992. The department is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 2 instructors and 1 foundry technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Foundry Technology undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in industries that produce traditional and high technology materials.

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PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 DÖK 111 Cast Metals Technology I 2+2 5,0 MAK 101 Engineering Measurement 1+1 1,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History


Technology 3+1 4,0 TRS 101 Technical Drawing 4+0 4,0 YÖN 103 Directed Study I 2+0 2,0 ING 103 (Eng) English I 4+0 4,0 Elective Courses (1) - 2,0

30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 DÖK 102 Materials Knowledge and

Mechanical Testing 2+2 3,0 DÖK 112 Engineering Science 2+2 3,0 DÖK 122 Engineering Drawing I 2+2 3,0 DÖK 142 Cast Metals Technology II 2+2 3,0 KIM 157 Chemistry 2+2 4,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 YÖN 104 Directed Study II 2+0 2,0 ING 104 (Eng) English II 4+0 4,0

30,0

III. SEMESTER

BIL 281 Computer Applications I 2+0 2,0 DÖK 213 Engineering Drawing II 2+2 4,0 DÖK 223 Metallurgy of Cast Metals I 2+2 4,0 DÖK 243 Cast Metals Technology III 2+2 4,0 MAK 201 Non-Destructive Testing 2+2 4,0 TKY 201 Quality Control 1+1 2,0 TÜR 189 Turkish Language 4+0 4,0 YÖN 201 Directed Study III 4+0 4,0 Departmental Elective Courses (1) - 2,0

30,0

IV. SEMESTER BIL 282 Computer Application II 2+0 2,0 DÖK 214 Manufacturing Control 2+2 4,0 DÖK 224 Practicum and Supervisory Studies 3+1 4,0 DÖK 234 Metallurgy of Cast Metals II 2+2 4,0 DÖK 244 Integrated Project 2+2 4,0 DÖK 254 Cast Metals Technology IV 2+2 4,0 YÖN 202 Directed Study IV 4+0 4,0 Departmental Elective Courses (2) - 4,0

30,0

DEPARTMENTAL ELECTIVE COURSES DÖK 245 Techniques of Moulding Preparation I 2+0 2,0 DÖK 246 Techniques Of Moulding Preperation

II 2+0 2,0 DÖK 257 System Analysis and Design I 2+0 2,0 DÖK 258 System Analysis and Design II 2+0 2,0 MAK 246 Advanced Measurement Techniques 2+0 2,0

MAK 252 Energy Management 1+1 2,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

CHEMISTRY (EVENING)

The department was established in 1992. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 2 instructors and 1 chemical technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

The chemical field is a diversified one, serving a production oriented market and,at the same time, being used as a support field to other technical areas. In that respect chemistry is the driving force of plastics, paint,fiber,fertilizer,fuel,solvent and petrochemical industries.Chemistry is also the backbone of modern medicine, biomedical research and pharmacology. It is therefore important that the various “ technicians” play in this industry.

482

Chemical technicians can work in chemical laboratories, in process operation units, in medical centers, in research and in teaching institutions.

483

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 KIM 111 Introduction to Chemical

Technology 2+2 4,0 KIM 123 Fundamentals of Chemistry 3+3 4,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 TRS 101 Technical Drawing 4+0 4,0 YÖN 101 Directed Study I 4+0 4,0 ING 103 (Eng) English I 4+0 4,0 Elective Courses (1) - 2,0

30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 KIM 112 Introduction to Chemical

Processes 2+2 3,0 KIM 124 Inorganic Chemistry 3+3 5,0 KIM 142 Supervision, Management and

Economy 2+0 2,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


Technology 3+1 4,0 YÖN 102 Directed Study II 4+0 4,0 ING 104 (Eng) English II 4+0 4,0

30,0

III. SEMESTER

BIL 281 Computer Applications I 2+0 2,0 KIM 213 Organic Chemistry 2+2 4,0 KIM 223 Analytical Chemistry 3+3 6,0 KIM 233 Industrial Chemistry 2+2 4,0 KIM 261 Technical Project I 2+0 4,0 TKY 205 Statistics/ Quality Control 2+0 2,0 TÜR 189 Turkish Language 4+0 4,0 YÖN 201 Directed Study III 4+0 4,0

30,0

IV. SEMESTER BIL 282 Computer Application II 2+0 2,0 KIM 214 Organic Chemistry /Biochemistry 3+3 5,0 KIM 216 Unit Operations 2+2 4,0 KIM 224 Instrumental Analysis 3+3 5,0 KIM 232 Technical Project II 4+0 4,0 KIM 244 Employment Skills 1+1 2,0 YÖN 202 Directed Study IV 4+0 4,0 Departmental Elective Courses (1) - 4,0

30,0

DEPARTMENTAL ELECTIVE COURSES KIM 266 Ceramics Technology 3+1 4,0 KIM 268 Methods of Industrial Wastes

Removal 3+1 4,0 KIM 270 Fuel and Energy Technologies 3+1 4,0 KIM 272 Oil Technology 3+1 4,0 KIM 274 Industrial Wastewater Treatment 3+1 4,0


CHEMISTRY

The department was established in 1992. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 2 instructors and 1 chemical technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

The chemical field is a diversified one, serving a production oriented market and,at the same time, being used as a support field to other technical areas. In that respect chemistry is the driving force of plastics, paint,fiber,fertilizer,fuel,solvent and petrochemical industries. Chemistry is also the backbone of modern medicine, biomedical research and pharmacology. It is therefore important that the various “technicians” play in this industry.

484

Chemical technicians can work in chemical laboratories, in process operation units, in medical centers, in research and in teaching institutions.

485

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 KIM 111 Introduction to Chemical

Technology 2+2 4,0 KIM 123 Fundamentals of Chemistry 3+3 4,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 TRS 101 Technical Drawing 4+0 4,0 YÖN 101 Directed Study I 4+0 4,0 ING 103 (Eng) English I 4+0 4,0 Elective Courses (1) - 2,0

30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 KIM 112 Introduction to Chemical

Processes 2+2 3,0 KIM 124 Inorganic Chemistry 3+3 5,0 KIM 142 Supervision, Management and

Economy 2+0 2,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


Technology 3+1 4,0 YÖN 102 Directed Study II 4+0 4,0 ING 104 (Eng) English II 4+0 4,0

30,0

III. SEMESTER

BIL 281 Computer Applications I 2+0 2,0 KIM 213 Organic Chemistry 2+2 4,0 KIM 223 Analytical Chemistry 3+3 6,0 KIM 233 Industrial Chemistry 2+2 4,0 KIM 261 Technical Project I 2+0 4,0 TKY 205 Statistics/ Quality Control 2+0 2,0 TÜR 189 Turkish Language 4+0 4,0 YÖN 201 Directed Study III 4+0 4,0

30,0

IV. SEMESTER BIL 282 Computer Application II 2+0 2,0 KIM 214 Organic Chemistry /Biochemistry 3+3 5,0 KIM 216 Unit Operations 2+2 4,0 KIM 224 Instrumental Analysis 3+3 5,0 KIM 232 Technical Project II 4+0 4,0 KIM 244 Employment Skills 1+1 2,0 YÖN 202 Directed Study IV 4+0 4,0 Departmental Elective Courses (1) - 4,0

30,0

DEPARTMENTAL ELECTIVE COURSES KIM 266 Ceramics Technology 3+1 4,0 KIM 268 Methods of Industrial Wastes

Removal 3+1 4,0 KIM 270 Fuel and Energy Technologies 3+1 4,0 KIM 272 Oil Technology 3+1 4,0 KIM 274 Industrial Wastewater Treatment 3+1 4,0


COMPUTER TECHNOLOGY AND PROGRAMMING (EVENING)

The department was established in 2002. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 1 instructors is currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School. The principal education philosophy of the department has been to provide a professional training which has been consistent with the current technological state of the computer knowledge supported by practice through computer applications in technology. Accordingly, Computer Technology and Programming undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the programming and application of high technology programmes. The computer laboratories of the department are equipped with all the modern research equipment and application programmes needed to use in courses on high technology computers. The graduates can be employed in institutions that do basic and/or applied research in the fields of computer, as well as in industries that produce hardware and software technology

487

PROGRAM

I. SEMESTER BTP 101 Algorithms and Introduction to

Programming 3+1 5,0 BTP 103 Integrated Office 3+1 5,0 ELO 109 Basic Electronics 3+1 4,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History


Technology 3+1 4,0 ING 103 (Eng) English I 4+0 4,0 Elective Courses (1) - 2,0

30,0

II. SEMESTER BTP 102 Database and Management

Systems I 3+1 4,0 BTP 104 Data Structures and

Programming 3+1 4,0 BTP 106 Computer Hardware 2+2 4,0 GRA 110 Graphic and Animation 3+1 4,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 TÜR 189 Turkish Language 4+0 4,0 ING 104 (Eng) English II 4+0 4,0

30,0

III. SEMESTER

BTP 201 Operating Systems 3+1 4,0 BTP 203 Database and Operation Systems II 3+1 4,0 BTP 205 Visual Programming I 3+1 4,0 BTP 207 Internet Programming I 3+1 4,0 BTP 209 Computer Network Systems 1+1 2,0 BTP 211 Technical English I 1+1 2,0 ILT 105 General and Technical

Communication 2+0 2,0 Departmental Elective Courses (2) - 8,0

30,0

IV. SEMESTER BTP 202 System Analysis and Design 2+2 4,0 BTP 204 Microcomputer Systems and

Assembler 3+1 4,0 BTP 206 Visual Programming II 3+1 4,0 BTP 208 Internet Programming II 3+1 4,0 BTP 212 Technical English II 1+1 2,0 ISL 209 Business Management 2+0 2,0 KGS 104 Quality Assurance and Standards 2+0 2,0 Departmental Elective Courses (2) - 8,0

30,0

DEPARTMENTAL ELECTIVE COURSES BTP 210 Control by Computer 3+1 4,0 BTP 213 Delphi Programming I 3+1 4,0 BTP 214 Delphi Programming II 3+1 4,0 BTP 215 C Programming I 3+1 4,0 BTP 216 C Programming II 3+1 4,0 BTP 217 Visual Basic Programming I 3+1 4,0 BTP 218 Visual Basic Programming II 3+1 4,0 BTP 219 Computer Aided Design and

Modelling 3+1 4,0 BTP 220 Research Techniques and Seminar 1+1 2,0

ISL 421 Entrepreneurship 2+0 3,0 MUH 233 Accounting Techniques and

Commercial Software I 1+1 2,0 MUH 234 Accounting Techniques and

Commercial Software II 1+1 2,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

COMPUTER TECHNOLOGY AND PROGRAMMING

The department was established in 2002. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 1 instructors is currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School. The principal education philosophy of the department has been to provide a professional training which has been consistent with the current technological state of the computer knowledge supported by practice through computer applications in technology. Accordingly, Computer Technology and Programming undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the programming and application of high technology programmes. The computer laboratories of the department are equipped with all

488

the modern research equipment and application programmes needed to use in courses on high technology computers. The graduates can be employed in institutions that do basic and/or applied research in the fields of computer, as well as in industries that produce hardware and software technology .

PROGRAM

I. SEMESTER BTP 101 Algorithms and Introduction to

Programming 3+1 5,0 BTP 103 Integrated Office 3+1 5,0 ELO 109 Basic Electronics 3+1 4,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History



30,0

II. SEMESTER BTP 102 Database and Management

Systems I 3+1 4,0 BTP 104 Data Structures and

Programming 3+1 4,0 BTP 106 Computer Hardware 2+2 4,0 GRA 110 Graphic and Animation 3+1 4,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER

BTP 201 Operating Systems 3+1 4,0 BTP 203 Database and Operation Systems II 3+1 4,0 BTP 205 Visual Programming I 3+1 4,0 BTP 207 Internet Programming I 3+1 4,0 BTP 209 Computer Network Systems 1+1 2,0 BTP 211 Technical English I 1+1 2,0 ILT 105 General and Technical


30,0

IV. SEMESTER BTP 202 System Analysis and Design 2+2 4,0 BTP 204 Microcomputer Systems and

Assembler 3+1 4,0 BTP 206 Visual Programming II 3+1 4,0 BTP 208 Internet Programming II 3+1 4,0 BTP 212 Technical English II 1+1 2,0 ISL 209 Business Management 2+0 2,0 KGS 104 Quality Assurance and Standards 2+0 2,0 Departmental Elective Courses (2) - 8,0

30,0

DEPARTMENTAL ELECTIVE COURSES BTP 210 Control by Computer 3+1 4,0 BTP 213 Delphi Programming I 3+1 4,0 BTP 214 Delphi Programming II 3+1 4,0 BTP 215 C Programming I 3+1 4,0 BTP 216 C Programming II 3+1 4,0 BTP 217 Visual Basic Programming I 3+1 4,0 BTP 218 Visual Basic Programming II 3+1 4,0 BTP 219 Computer Aided Design and

Modelling 3+1 4,0 BTP 220 Research Techniques and Seminar 1+1 2,0

ISL 421 Entrepreneurship 2+0 3,0 MUH 233 Accounting Techniques and

Commercial Software I 1+1 2,0 MUH 234 Accounting Techniques and

Commercial Software II 1+1 2,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

489

CONSTRUCTION

The department was established in 1992. The department is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 3 instructors and 1 construction technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, construction Technology undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in all fields of construction sector.

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 ILT 105 General and Technical

Communication 2+0 2,0 INS 103 Building Static I 2+1 3,0 INS 105 Technology of Building I 2+0 2,0 INS 107 Materials Science and Materials

of Construction 2+1 3,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History



30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 INS 104 Building Static II 2+1 4,0 INS 106 Technology of Building II 1+1 2,0 INS 108 Technology of Concrete 3+1 4,0 INS 110 Strength of Materials 2+0 2,0 INS 114 Architectural Drawing and

Details Drawings 2+1 4,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER

INS 201 Reinforced Concrete I 2+2 4,0 INS 205 Soil Mechanics I 2+1 4,0 INS 207 Steel Structures I 2+0 2,0 INS 217 Building Services Systems 2+0 2,0 INS 219 Organization of Office and Site 3+0 4,0 INS 227 Computer Aided Design I 2+0 2,0 INS 251 Surveying 2+2 4,0 Departmental Elective Courses (2) - 8,0

30,0

IV. SEMESTER INS 202 Reinforced Concrete II 1+1 2,0 INS 204 Quantity Surveying (Estimate of

Coasts) 3+1 4,0 INS 206 Soil Mechanics II 2+1 4,0 INS 208 Steel Structures II 2+0 2,0 INS 226 System Analysis and Design 2+1 4,0 INS 228 Computer Aided Design II 2+0 2,0 ISL 209 Business Management 2+0 2,0 KGS 104 Quality Assurance and Standards 2+0 2,0 Departmental Elective Courses (2) - 8,0

30,0

DEPARTMENTAL ELECTIVE COURSES INS 209 Highway Constructions I 2+1 4,0

INS 210 Highway Constructions II 2+1 4,0 INS 211 Determination of Building's

Damaging I 2+1 4,0

490

INS 212 Determination of Building's Damaging II 2+1 4,0

INS 215 Prefabrication Structural Systems I 2+1 4,0 INS 216 Prefabrication Structural Systems II 2+1 4,0 INS 218 Water Supply and Waste Water 2+1 4,0 INS 221 Hydraulics and Hydrology 2+1 4,0 INS 222 Masonry Structures 2+1 4,0

INS 225 Timber Structures 2+1 4,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

ELECTRICAL PLANTS AND MAINTENANCE (EVENING)

The department was established in 1980. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered atea of 16233m2. 3 instructors and 1 electric technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

The principal education philosopy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Electric Programme undergraduate program offers course which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with facilities needed to support lecture.

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 ELE 103 Electrical and Electronical

Measurements 3+1 5,0 ELE 105 Direct Current Circuit Analysis 3+1 5,0 ILT 105 General and Technical

Communication 2+0 2,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 TÜR 189 Turkish Language 4+0 4,0 ING 103 (Eng) English I 4+0 4,0 Elective Courses (1) - 2,0

30,0

II. SEMESTER BIL 140 Computer Aided Design I 2+0 2,0 ELE 104 Alternative Current Circuit

Analysis 3+1 4,0 ELE 106 Electric Systems (Networks) and

Foundations 1+1 2,0 ELE 112 Electrical Machines I 3+1 4,0 ELO 104 Analog Electronics 3+1 4,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


Technology 3+1 4,0 ING 104 (Eng) English II 4+0 4,0

30,0

III. SEMESTER

BIL 287 Computer Aided Design II 2+0 2,0 ELE 207 Electrical Maintenance and

Troubleshooting 1+1 3,0 ELE 209 Electric Generation, Transmission and

Distribution 3+1 5,0 ELE 213 Electrical Machines II 3+1 4,0 ELE 229 System Analysis and Design I 1+1 2,0 ELO 103 Digital Electronics 3+1 4,0 ISL 209 Business Management 2+0 2,0 Elective Courses (3) - 8,0

IV. SEMESTER ELE 212 Electricity Installation Plans 3+1 5,0 ELE 214 Electrical Machines III 1+1 2,0 ELE 222 Related Electrical Service and

Systems 1+1 2,0 ELE 224 Plant Production Techniques 1+1 2,0 ELE 230 System Analysis and Design II 1+1 2,0 ELO 205 Power Electronics 3+1 5,0 ELO 206 Programmable Controllers 3+1 4,0 KGS 104 Quality Assurance and Standards 2+0 2,0 Departmental Elective Courses (2) - 6,0

491

30,0

30,0

DEPARTMENTAL ELECTIVE COURSES BIL 289 Computer Hardware 1+1 2,0 ELE 215 Electromechanical Control Systems 3+1 4,0 ELE 216 Industrial Control and Component 1+1 2,0 ELE 217 Winding Techniques 3+1 4,0 ELO 207 Microcontrollers 3+1 4,0 ELO 212 Advanced Digital Applications 3+1 4,0 ELO 214 Automatic Control 3+1 4,0

MAK 240 Hydraulic and Pneumatic Systems 3+1 4,0 MAK 252 Energy Management 1+1 2,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

ELECTRICAL PLANTS AND MAINTENANCE

The department was established in 1980. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered atea of 16233m2. 3 instructors and 1 electric technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

The principal education philosopy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Electric Programme undergraduate program offers course which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with facilities needed to support lecture.

492

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 ELE 103 Electrical and Electronical

Measurements 3+1 5,0 ELE 105 Direct Current Circuit Analysis 3+1 5,0 ILT 105 General and Technical



30,0


Analysis 3+1 4,0 ELE 106 Electric Systems (Networks) and

Foundations 1+1 2,0 ELE 112 Electrical Machines I 3+1 4,0 ELO 104 Analog Electronics 3+1 4,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History



30,0

III. SEMESTER

BIL 287 Computer Aided Design II 2+0 2,0 ELE 207 Electrical Maintenance and

Troubleshooting 1+1 3,0 ELE 209 Electric Generation, Transmission and

Distribution 3+1 5,0 ELE 213 Electrical Machines II 3+1 4,0 ELE 229 System Analysis and Design I 1+1 2,0 ELO 103 Digital Electronics 3+1 4,0 ISL 209 Business Management 2+0 2,0 Departmental Elective Courses (3) - 8,0

30,0

IV. SEMESTER ELE 212 Electricity Installation Plans 3+1 5,0 ELE 214 Electrical Machines III 1+1 2,0 ELE 222 Related Electrical Service and

Systems 1+1 2,0 ELE 224 Plant Production Techniques 1+1 2,0 ELE 230 System Analysis and Design II 1+1 2,0 ELO 205 Power Electronics 3+1 5,0 ELO 206 Programmable Controllers 3+1 4,0 KGS 104 Quality Assurance and Standards 2+0 2,0 Departmental Elective Courses (2) - 6,0

30,0

DEPARTMENTAL ELECTIVE COURSES BIL 289 Computer Hardware 1+1 2,0 ELE 215 Electromechanical Control Systems 3+1 4,0 ELE 216 Industrial Control and Component 1+1 2,0 ELE 217 Winding Techniques 3+1 4,0 ELO 207 Microcontrollers 3+1 4,0 ELO 212 Advanced Digital Applications 3+1 4,0 ELO 214 Automatic Control 3+1 4,0

MAK 240 Hydraulic and Pneumatic Systems 3+1 4,0 MAK 252 Energy Management 1+1 2,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

ELECTRONIC COMMUNICATIONS (EVENING)

The department was established in 1992. The department is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 3 instructors and 1 electronic technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory

493

applications in materials science and technology. Accordingly, Electronic Telecommunications undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in industries that produce traditional and high technology materials.

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 ELE 105 Direct Current Circuit Analysis 3+1 5,0 ELO 103 Digital Electronics 3+1 4,0 ELO 105 Electronic Measurement

Techniques and Safety 1+1 3,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History



30,0


Analysis 3+1 4,0 ELH 102 Analog Electronics I 3+1 4,0 ELO 106 Digital Design 3+1 4,0 KGS 104 Quality Assurance and Standards 2+0 2,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER

BIL 287 Computer Aided Design II 2+0 2,0 ELH 203 Analog Electronic II 3+1 4,0 ELH 205 Digital Communications 3+1 5,0 ELH 207 Analog Communications 3+1 4,0 ELH 209 System Analysis and Design I 1+1 2,0 ELO 215 Microprocessors / Microcontrollers I 3+1 5,0 ILT 105 General and Technical


30,0

IV. SEMESTER ELH 202 Developing Communication

Technologies 2+0 2,0 ELH 204 Fibber Optic Communication 1+1 3,0 ELH 206 Telephone Communication and

Switching Systems 3+1 5,0 ELH 208 R / F Technique 3+1 5,0 ELH 210 System Analysis and Design II 1+1 2,0 ELO 216 Microprocessors / Microcontrollers II 3+1 5,0 ISL 209 Business Management 2+0 2,0 Departmental Elective Courses (2) - 6,0

30,0

DEPARTMENTAL ELECTIVE COURSES BIL 289 Computer Hardware 1+1 2,0 ELH 211 Informatics 1+1 2,0 ELH 212 Antennas and Microwave Technology 2+2 4,0 ELH 214 Satellite Communication and Cellular

Communications 1+1 2,0 ELH 216 Informatics Networks and Data

Communications 2+2 4,0 ELH 218 Radio and Television Technique 1+1 2,0

ELH 220 Medical Electronics 1+1 2,0 ELO 227 Industrial Electronics Applications 2+2 4,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

494

ELECTRONIC COMMUNICATIONS

The department was established in 1992. The department is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 3 instructors and 1 electronic technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Electronic Telecommunications undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in industries that produce traditional and high technology materials.

PROGRAM





30,0


Analysis 3+1 4,0 ELH 102 Analog Electronics I 3+1 4,0 ELO 106 Digital Design 3+1 4,0 KGS 104 Quality Assurance and Standards 2+0 2,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER

BIL 287 Computer Aided Design II 2+0 2,0 ELH 203 Analog Electronic II 3+1 4,0 ELH 205 Digital Communications 3+1 5,0 ELH 207 Analog Communications 3+1 4,0 ELH 209 System Analysis and Design I 1+1 2,0 ELO 215 Microprocessors / Microcontrollers I 3+1 5,0 ILT 105 General and Technical


30,0

IV. SEMESTER ELH 202 Developing Communication

Technologies 2+0 2,0 ELH 204 Fibber Optic Communication 1+1 3,0 ELH 206 Telephone Communication and

Switching Systems 3+1 5,0 ELH 208 R / F Technique 3+1 5,0 ELH 210 System Analysis and Design II 1+1 2,0 ELO 216 Microprocessors / Microcontrollers II 3+1 5,0 ISL 209 Business Management 2+0 2,0 Departmental Elective Courses (2) - 6,0

30,0

DEPARTMENTAL ELECTIVE COURSES BIL 289 Computer Hardware 1+1 2,0 ELH 211 Informatics 1+1 2,0

ELH 212 Antennas and Microwave Technology 2+2 4,0 ELH 214 Satellite Communication and Cellular

Communications 1+1 2,0

495

ELH 216 Informatics Networks and Data Communications 2+2 4,0

ELH 218 Radio and Television Technique 1+1 2,0 ELH 220 Medical Electronics 1+1 2,0 ELO 227 Industrial Electronics Applications 2+2 4,0


FOOD TECHNOLOGY (EVENING)

The department was established in 1992. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 3 instructors and 1 food technologist are currently working in the department. The decisions related with the department are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Food Technology undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in institutions that do basic and/or applied research in the fields of food, chemistry and biology as well as in industries that produce traditional and high technology materials.

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 GID 111 Science for Food Studies I 2+3 4,0 GID 121 Microbiology 2+2 4,0 GID 131 Food Processing Principles I 2+0 2,0 GID 151 Food Analysis I 2+2 4,0 KIM 107 General Chemistry I 2+0 2,0 MAT 175 Mathematics and Statistics I 2+0 2,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 TRS 105 Technical Drawing 2+0 2,0 YÖN 103 Directed Study I 2+0 2,0 ING 103 (Eng) English I 4+0 4,0

30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 GID 102 Food Hygiene 2+1 3,0 GID 112 Science for Food Studies II 2+0 2,0 GID 122 Food Processing Principles II 2+4 5,0 GID 142 Food Analysis II 2+2 4,0 GID 152 Food Legislation 2+0 2,0 MAT 176 Mathematics and Statistics II 2+0 2,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER

BIL 281 Computer Applications I 2+0 2,0 GID 211 Food Legislation Assurance 2+0 2,0 GID 213 Science of Food Commodities I 2+4 6,0 GID 221 Food Processing I 3+3 6,0 GID 233 Supervision Information and Control 2+0 2,0 GID 243 Food Analysis III 2+2 4,0 GID 263 Technical Project II 2+0 4,0 YÖN 201 Directed Study III 4+0 4,0

30,0

IV. SEMESTER BIL 282 Computer Application II 2+0 2,0 GID 214 Science of Food Commodities II 2+2 4,0 GID 224 Food Processing II 4+4 8,0 GID 234 Supervision, Information and Control

II 2+0 2,0 GID 254 Factory Services and Process Control 1+1 2,0 GID 264 Technical Project II 2+0 4,0 TÜR 189 Turkish Language 4+0 4,0 YÖN 202 Directed Study IV 4+0 4,0

496

30,0


FOOD TECHNOLOGY

The department was established in 1992. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 3 instructors and 1 food technologist are currently working in the department. The decisions related with the department are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Food Technology undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in institutions that do basic and/or applied research in the fields of food, chemistry and biology as well as in industries that produce traditional and high technology materials.

497

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 GID 111 Science for Food Studies I 2+3 4,0 GID 121 Microbiology 2+2 4,0 GID 131 Food Processing Principles I 2+0 2,0 GID 151 Food Analysis I 2+2 4,0 KIM 107 General Chemistry I 2+0 2,0 MAT 175 Mathematics and Statistics I 2+0 2,0 TAR 255 Atatürk's Principles and History

of Turkish Revolution 2+0 2,0 TRS 105 Technical Drawing 2+0 2,0 YÖN 103 Directed Study I 2+0 2,0 ING 103 (Eng) English I 4+0 4,0

30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 GID 102 Food Hygiene 2+1 3,0 GID 112 Science for Food Studies II 2+0 2,0 GID 122 Food Processing Principles II 2+4 5,0 GID 142 Food Analysis II 2+2 4,0 GID 152 Food Legislation 2+0 2,0 MAT 176 Mathematics and Statistics II 2+0 2,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER

BIL 281 Computer Applications I 2+0 2,0 GID 211 Food Legislation Assurance 2+0 2,0 GID 213 Science of Food Commodities I 2+4 6,0 GID 221 Food Processing I 3+3 6,0 GID 233 Supervision Information and Control 2+0 2,0 GID 243 Food Analysis III 2+2 4,0 GID 263 Technical Project II 2+0 4,0 YÖN 201 Directed Study III 4+0 4,0

30,0

IV. SEMESTER BIL 282 Computer Application II 2+0 2,0 GID 214 Science of Food Commodities II 2+2 4,0 GID 224 Food Processing II 4+4 8,0 GID 234 Supervision, Information and Control

II 2+0 2,0 GID 254 Factory Services and Process Control 1+1 2,0 GID 264 Technical Project II 2+0 4,0 TÜR 189 Turkish Language 4+0 4,0 YÖN 202 Directed Study IV 4+0 4,0

30,0


INDUSTRIAL AUTOMATION (EVENING)

The department was established in 1992. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 3 instructors and 1 automation assistant are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

In this Program the basic Vocational educations is supported by laboratory experiments so that the professional studies can be obtained. The lessons in the Industrial Automation department have been thought as theoretical, experimental and practical considering modern technology. The laboratories of the department have the modern equipment and the stuff. The graduated students have been worked as relations technical person in the Industrial Automation industry.

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0

II. SEMESTER

BIL 140 Computer Aided Design I 2+0 2,0

498

ELE 105 Direct Current Circuit Analysis 3+1 5,0 ELO 107 Electronic Measurement

Techniques and Safety 3+1 5,0 ILT 105 General and Technical




30,0

ELE 104 Alternative Current Circuit Analysis 3+1 4,0

ELO 103 Digital Electronics 3+1 4,0 ELO 104 Analog Electronics 3+1 4,0 KGS 104 Quality Assurance and Standards 2+0 2,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER

BIL 287 Computer Aided Design II 2+0 2,0 ELO 211 Microprocessors / Microcontrollers 3+1 5,0 ENO 201 Process Measurements I 3+1 5,0 ENO 203 Electrical Machines and Control 3+1 4,0 ENO 205 Process Control 3+1 4,0 ENO 217 System Analysis and Design I 1+1 2,0 Departmental Elective Courses (2) - 8,0

30,0

IV. SEMESTER ELO 206 Programmable Controllers 3+1 4,0 ENO 202 Process Measurements II 3+1 5,0 ENO 204 Data Addition and Control with

Computers 3+1 5,0 ENO 218 System Analysis and Design II 1+1 2,0 ISL 209 Business Management 2+0 2,0 MAK 240 Hydraulic and Pneumatic Systems 3+1 4,0 Departmental Elective Courses (2) - 8,0

30,0

DEPARTMENTAL ELECTIVE COURSES BIL 250 Computer Programming 3+1 4,0 ELO 205 Power Electronics 3+1 5,0 ELO 222 Medical Device Technology 3+1 4,0 ENO 206 Fuzzy Logic 3+1 4,0 ENO 207 Numeric Control Techniques 3+1 4,0 ENO 209 Control with Computer 3+1 4,0 ENO 210 Microcontroller Based Control 3+1 4,0 ENO 211 Chemical Process Measurements 3+1 4,0

ENO 213 Converter Design 3+1 4,0 MAK 251 Energy Management 3+1 4,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

INDUSTRIAL AUTOMATION

The department was established in 1992. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 3 instructors and 1 automation assistant are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

In this Program the basic Vocational educations is supported by laboratory experiments so that the professional studies can be obtained. The lessons in the Industrial Automation department have been thought as theoretical, experimental and practical considering modern technology. The laboratories of the department have the modern equipment and the stuff. The graduated students have been worked as relations technical person in the Industrial Automation industry.

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0

II. SEMESTER BIL 140 Computer Aided Design I 2+0 2,0

499

BIL 137 Computer I 2+0 2,0 ELE 105 Direct Current Circuit Analysis 3+1 5,0 ELO 107 Electronic Measurement

Techniques and Safety 3+1 5,0 ILT 105 General and Technical




30,0

BIL 140 Computer Aided Design I 2+0 2,0 ELE 104 Alternative Current Circuit

Analysis 3+1 4,0 ELO 103 Digital Electronics 3+1 4,0 ELO 104 Analog Electronics 3+1 4,0 KGS 104 Quality Assurance and Standards 2+0 2,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER

BIL 287 Computer Aided Design II 2+0 2,0 ELO 211 Microprocessors / Microcontrollers 3+1 5,0 ENO 201 Process Measurements I 3+1 5,0 ENO 203 Electrical Machines and Control 3+1 4,0 ENO 205 Process Control 3+1 4,0 ENO 217 System Analysis and Design I 1+1 2,0 Departmental Elective Courses (2) - 8,0

30,0

IV. SEMESTER ELO 206 Programmable Controllers 3+1 4,0 ENO 202 Process Measurements II 3+1 5,0 ENO 204 Data Addition and Control with

Computers 3+1 5,0 ENO 218 System Analysis and Design II 1+1 2,0 ISL 209 Business Management 2+0 2,0 MAK 240 Hydraulic and Pneumatic Systems 3+1 4,0 Departmental Elective Courses (2) - 8,0

30,0

DEPARTMENTAL ELECTIVE COURSES BIL 250 Computer Programming 3+1 4,0 ELO 205 Power Electronics 3+1 5,0 ELO 222 Medical Device Technology 3+1 4,0 ENO 206 Fuzzy Logic 3+1 4,0 ENO 207 Numeric Control Techniques 3+1 4,0 ENO 209 Control with Computer 3+1 4,0 ENO 210 Microcontroller Based Control 3+1 4,0 ENO 211 Chemical Process Measurements 3+1 4,0

ENO 213 Converter Design 3+1 4,0 MAK 251 Energy Management 3+1 4,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

INDUSTRIAL ELECTRONICS (EVENING)

The department was established in 1991. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 4 instructors and 2 electronics technician are currently working in the department. The decisions related with the department are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Industrial Electronics undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in institutions that do basic and/or applied research in the fields of electronics, power systems, communications and automation as well as in industries that produce traditional and high technology materials.

500

PROGRAM




30,0


Analysis 3+1 4,0 ELH 102 Analog Electronics I 3+1 4,0 ELO 106 Digital Design 3+1 4,0 ILT 105 General and Technical

Communication 2+0 2,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History



30,0

III. SEMESTER

BIL 287 Computer Aided Design II 2+0 2,0 ELO 203 System Analysis and Design I 1+1 2,0 ELO 205 Power Electronics 3+1 5,0 ELO 213 Instrumentation 1+1 2,0 ELO 215 Microprocessors / Microcontrollers I 3+1 5,0 ELO 217 Synchro / Servo Systems 1+1 2,0 ELO 219 Amplifiers and Oscillators 3+1 4,0 ELO 221 Operational Amplifiers 3+1 4,0 Departmental Elective Courses (2) - 4,0

30,0

IV. SEMESTER ELE 218 Power Supplies 2+1 3,0 ELE 228 Electrical Machines and Drivers 3+1 4,0 ELO 204 System Analysis and Design II 1+1 2,0 ELO 206 Programmable Controllers 3+1 4,0 ELO 216 Microprocessors / Microcontrollers II 3+1 5,0 ELO 218 Troubleshooting 2+1 4,0 ISL 209 Business Management 2+0 2,0 KGS 104 Quality Assurance and Standards 2+0 2,0 Departmental Elective Courses (2) - 4,0

30,0

DEPARTMENTAL ELECTIVE COURSES ELE 221 Electrical Projects 1+1 2,0 ELO 209 Optical Electronics 1+1 2,0 ELO 220 Industrial Data Transmission

Protocols 3+1 4,0 ELO 223 Audioing and Illumination 1+1 2,0 ELO 224 Processor Programming Methods 3+1 4,0 GRA 211 Web Design 1+1 2,0

MAK 240 Hydraulic and Pneumatic Systems 3+1 4,0 RTV 224 Radio Television Technology 3+1 4,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

INDUSTRIAL ELECTRONICS

The department was established in 1991. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 4 instructors and 2 electronics technician are currently working in the department. The decisions related with the department are made by director of Bilecik Vocation School.

The principal education philosophy of the department has been to provide a sound professional training which has been consistent with the current scientific and technological state of the right background supported by practice through laboratory applications in materials science and technology. Accordingly, Industrial Electronics undergraduate program offers courses which enable students to acquire theoretical knowledge, experimental skills and abilities necessary for the design and application of traditional and high technology materials. The laboratories of the department are equipped with all the modern research

501

equipment and facilities needed to do scientific research on both traditional and high technology materials. The graduates can be employed in institutions that do basic and/or applied research in the fields of electronics, power systems, communications and automation as well as in industries that produce traditional and high technology materials.

PROGRAM




30,0


Analysis 3+1 4,0 ELH 102 Analog Electronics I 3+1 4,0 ELO 106 Digital Design 3+1 4,0 ILT 105 General and Technical

Communication 2+0 2,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History



30,0

III. SEMESTER BIL 287 Computer Aided Design II 2+0 2,0 ELO 203 System Analysis and Design I 1+1 2,0 ELO 205 Power Electronics 3+1 5,0 ELO 213 Instrumentation 1+1 2,0 ELO 215 Microprocessors / Microcontrollers I 3+1 5,0 ELO 217 Synchro / Servo Systems 1+1 2,0 ELO 219 Amplifiers and Oscillators 3+1 4,0 ELO 221 Operational Amplifiers 3+1 4,0 Departmental Elective Courses (2) - 4,0

30,0

IV. SEMESTER ELE 218 Power Supplies 2+1 3,0 ELE 228 Electrical Machines and Drivers 3+1 4,0 ELO 204 System Analysis and Design II 1+1 2,0 ELO 206 Programmable Controllers 3+1 4,0 ELO 216 Microprocessors / Microcontrollers II 3+1 5,0 ELO 218 Troubleshooting 2+1 4,0 ISL 209 Business Management 2+0 2,0 KGS 104 Quality Assurance and Standards 2+0 2,0 Departmental Elective Courses (2) - 4,0

30,0

DEPARTMENTAL ELECTIVE COURSES ELE 221 Electrical Projects 1+1 2,0 ELO 209 Optical Electronics 1+1 2,0 ELO 220 Industrial Data Transmission

Protocols 3+1 4,0 ELO 223 Audioing and Illumination 1+1 2,0 ELO 224 Processor Programming Methods 3+1 4,0 GRA 211 Web Design 1+1 2,0

MAK 240 Hydraulic and Pneumatic Systems 3+1 4,0 RTV 224 Radio Television Technology 3+1 4,0 ELECTIVE COURSES BEÖ 161 Physical Education 2+0 2,0 MÜZ 157 Traditional Turkish Art Music 2+0 3,0

MECHANICS (EVENING)

The department was established in 1992. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 4 instructors and 1 Mechanical technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

In this Program the basic Vocational educations is supported by laboratory experiments so that the professional studies can be obtained. The lessons in the Mechanic department have been thought as theoretical, experimental and practical considering

502

modern technology. The laboratories of the department have the modern equipment and the stuff. The graduated students have been worked as relations technical person in the machine production industry.

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 MAK 115 Mechanical Drawing I 3+1 4,0 MAK 117 Manufacturing Process I 3+1 4,0 MAK 119 Mechanical Technology I 1+1 2,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History



30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 MAK 116 Mechanical Drawing II 1+1 3,0 MAK 118 Manufacturing Process II 3+1 4,0 MAK 120 Mechanical Technology II 1+1 2,0 MAK 124 Engineering Science I 3+0 4,0 MAK 128 Materials Technology I 3+0 3,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER KGS 104 Quality Assurance and Standards 2+0 2,0 MAK 219 Manufacturing Process III 3+1 4,0 MAK 221 Computer Aided Design I 3+1 5,0 MAK 225 Engineering Science II 3+1 4,0 MAK 227 Materials Technology II 3+1 4,0 MAK 229 Mechanical Science and Elements 3+1 5,0 MAK 239 Machine Design 2+0 2,0 Departmental Elective Courses (2) - 4,0

30,0

IV. SEMESTER ILT 105 General and Technical

Communication 2+0 2,0 MAK 222 Computer Aided Design II 1+1 3,0 MAK 228 Non-Destructive Testing 1+1 3,0 MAK 232 Quality Control 2+0 2,0 MAK 236 Computer Aided Manufacturing 3+1 4,0 MAK 238 System Analysis and Design 2+2 3,0 MAK 240 Hydraulic and Pneumatic Systems 3+1 4,0 MAK 242 Administrating Management and

Manufacturing Control 1+1 3,0 MAK 246 Advanced Measurement Techniques 2+0 2,0 Departmental Elective Courses (2) - 4,0

30,0

DEPARTMENTAL ELECTIVE COURSES ISL 421 Entrepreneurship 2+0 3,0 MAK 202 Heating Process Technology 1+1 2,0 MAK 231 Electro Mechanic 1+1 2,0 MAK 235 Mechanical Technology III 1+1 2,0 MAK 248 Servo Proportional Control 1+1 2,0

MAK 252 Energy Management 1+1 2,0


MECHANICS

The department was established in 1992. Bilecik Vocational High Scholl is located at the Gülümbe Campus and occupies a covered area of 16233 m2. 4 instructors and 1 Mechanical technologist are currently working in the department. The decisions related with the department the are made by director of Bilecik Vocation School.

In this Program the basic Vocational educations is supported by laboratory experiments so that the professional studies can be obtained. The lessons in the Mechanic department have been thought as theoretical, experimental and practical considering

503

modern technology. The laboratories of the department have the modern equipment and the stuff. The graduated students have been worked as relations technical person in the machine production industry.

PROGRAM

I. SEMESTER BIL 137 Computer I 2+0 2,0 MAK 115 Mechanical Drawing I 3+1 4,0 MAK 117 Manufacturing Process I 3+1 4,0 MAK 119 Mechanical Technology I 1+1 2,0 MAT 121 Mathematics I 3+1 4,0 TAR 255 Atatürk's Principles and History



30,0

II. SEMESTER BIL 138 Computer II 2+0 2,0 MAK 116 Mechanical Drawing II 1+1 3,0 MAK 118 Manufacturing Process II 3+1 4,0 MAK 120 Mechanical Technology II 1+1 2,0 MAK 124 Engineering Science I 3+0 4,0 MAK 128 Materials Technology I 3+0 3,0 MAT 122 Mathematics II 3+1 4,0 TAR 255 Atatürk's Principles and History


30,0

III. SEMESTER

KGS 104 Quality Assurance and Standards 2+0 2,0 MAK 219 Manufacturing Process III 3+1 4,0 MAK 221 Computer Aided Design I 3+1 5,0 MAK 225 Engineering Science II 3+1 4,0 MAK 227 Materials Technology II 3+1 4,0 MAK 229 Mechanical Science and Elements 3+1 5,0 MAK 239 Machine Design 2+0 2,0 Departmental Elective Courses (2) - 4,0

30,0

IV. SEMESTER ILT 105 General and Technical

Communication 2+0 2,0 MAK 222 Computer Aided Design II 1+1 3,0 MAK 228 Non-Destructive Testing 1+1 3,0 MAK 232 Quality Control 2+0 2,0 MAK 236 Computer Aided Manufacturing 3+1 4,0 MAK 238 System Analysis and Design 2+2 3,0 MAK 240 Hydraulic and Pneumatic Systems 3+1 4,0 MAK 242 Administrating Management and

Manufacturing Control 1+1 3,0 MAK 246 Advanced Measurement Techniques 2+0 2,0 Departmental Elective Courses (2) - 4,0

30,0

DEPARTMENTAL ELECTIVE COURSES ISL 421 Entrepreneurship 2+0 3,0 MAK 202 Heating Process Technology 1+1 2,0 MAK 231 Electro Mechanic 1+1 2,0 MAK 235 Mechanical Technology III 1+1 2,0 MAK 248 Servo Proportional Control 1+1 2,0

MAK 252 Energy Management 1+1 2,0


COURSE CONTENTS

BEÖ 161 Physical Education 2+0 2,0 Definition of Physical Education and Sports; Aims of Physical Education; Disadvantages of Inactive Life; Various Activities for Physical Education; Sport Criteria for Life; Representation of Various Sport Categories; What is Sport Heart; Evaluation of Physical Education Activities at

Free Times; Recreation; Human Physiology; First Aid; Various Sport Laws and Applications; Physicological Priciples of Sport; Keep Fit Programs for all Age Groups.

BIL 137 Computer I 2+0 2,0

504

Windows Operating System: Introduction and using of desktop and objects, Options of Start Menu; Microsoft Office Suite: Opening file, Preparation, Arranging, Preparation of top and bottom information with MS Word, Cell, Line, Column, Page layout, Cell forming and formula editing with MS Excel, Slide editing and slide shows operations with MS PowerPoint, Using of dairy and calendar options, Mail importing and exporting with MS Outlook, Explorer objects and searching the web with Internet Explorer

BIL 138 Computer II 2+0 2,0 Basic Concepts of Internet: Servers, Clients, TCP-IP Protocol, Web based Services, (HTTP; SMTP, DNS, FTP, TELNET, POP3, PROXY); Introduction to Web Design: Installing server side software for development; Developing WEB files, FTP Clients; Presentation Software: Applying Templates for Presentation, Generating Presentations, Presentation Editing; Database Application: Generating Tables, Table design, Form generation and data input, Reports and report generating, Shortcut to tables, Queries.

BIL 140 Computer Aided Design I 2+0 2,0 Introduction to Software Suites: Properties, Menus, Sub menus, Design environment and menus; Circuit Diagram Design and Drawing; Forming Components of a Circuit Diagram, Connections, Blocking and Regulation of Properties; Circuit Analysis and Test Operations: Test equipments, Test operations with simulations; Printing from Plotters and Printers: Printer adjustment, Drawing area; Determining printing properties.

BIL 250 Computer Programming 3+1 4,0 Basic Concepts; Constants, Variables and Operators: Data types; Basic Input-Output Commands; Controlling Program Flow; Sub Programs; Standard Procedure and Functions: Ready program and functions; Subscript Variables; Units, Pointers: Addressing and software development techniques; Filing; Using of Ports: Types of Ports and Properties; Graphics; Error Messages; Project Applications: Commercial software development and introduction.

BIL 281 Computer Applications I 2+0 2,0 Development of the Computers; Software Concept; Programming Systems; Application Programs; Introduction to Windows; Control Panel: Control Panel and Settings; Word Processing Program, Entering the Program and Menu Choices, Make a Table, Drawing Program; Entering the Spreadsheet, Menu Choices of graphics Graphics and Arrangement.

BIL 282 Computer Application II 2+0 2,0 Purpose of CAD Systems; Basic Information ;Hardware and Software Involved; Teaching Fundamentals about the Use of CAD Systems; Coordinate Systems in CAD Systems; Basic Commands for Basic Geometrical Shapes; Arranging Objects on the Screen ; Adding Texts to Drawing Files; Architectural Dimensions; Block; Explode; Hatch.

BIL 287 Computer Aided Design II 2+0 2,0

Using and Beginning Arrangements; Minimum requirement concept of hardware for software, Installation of software, Operating; Basic Drawing Elements: Basic drawing commands (circle, arc, line...) functions, Forming object and object groups; Correction and Interrogation Operations: Correction and interrogation command functions, Correction and arrangement on object; Spectre Control Operations: Basic spectre command function; Blocking Operations and layers; Measuring and Scanning Process; Operations of printer and plotter.

BIL 289 Computer Hardware 1+1 2,0 Basic Units of PC: Monitors, Box, Mouse Keyboard, and functions; Basic System Elements: Mainboard, Processor, Monitor card, Memory, prememory function principals; Assembling a Standard PC: Basic system and unit assembling, Operating; Hard Discs; Floppy Disk; CD ROM; Modem; Printer; Sound and TV Cards: Comprehension of operating principals.

BTP 101 Algorithms and Introduction to Programming 3+1 5,0

Principles of Problem Solving; Phases of Problem Solving; Algorithm and Flow Charts: Description of a problem, Recognizing critical points, Pieces into parts to problem, Converting algorithm into flow charts, Testing, Finding mistakes; Using Of Programming Media and Principles of Code Writing; Using Programming Language Media: Variables, Controlling terms and circles, Describing necessary variables, Writing program code, Running of program and testing, Producing alternative solving for program.

BTP 102 Database and Management Systems I 3+1 4,0 Data Base, Data Base Management Systems; Basic Concepts and Definitions; Database Architecture: External, Conceptual and Internal levels; Schemas; Data Independence; Data Models: Entity-relationship model, Hierarchical model, Network model and relational model; Dependencies Between Attributes; Normal Forms.

BTP 103 Integrated Office 3+1 5,0 Using for Various Aims in the Office Environment of Computer Technology; Using of Word Processing Programme; Presenting and Preparing Presentation by Computer Technology; Using of a Presentation Programme; To be able to Create of Working Sheet; Understanding Facilities Provided by Working Environment, Preparing Graphic in Working Sheet; Understanding Importance of Advantages of Using Data Base Programme.

BTP 104 Data Structures and Programming 3+1 4,0 Definition of Data; Main Data Types and Data Structures, Connected Lists, Stocks; Conjunctions Nets; Algorithm Difficulty; Basic Algorithms; Memory Usage Registration Concept; Physical and Logical Organization of Registrations; File Usage and Management; Randomised and Directly Connected Files; Registering and Database; Programming; Controlling of Computer Ports by Programming.

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BTP 106 Computer Hardware 2+2 4,0 Physical Structure of a Computer: Hard disc, Processor, Memory, Disc driver, Floppy disc drive; Removable Memory Units; Backup Units, CDs, Input and Output Units, Connection Points, Keyboard, Mouse, Joystick, Scanner, Digitizer, Sound Card, Graphic Card, Expanding Cards, Monitor, Printer, Plotter; Modem; Network Cards; Categorization and Comparison of Big-Medium-Small Computer Equipment.

BTP 201 Operating Systems 3+1 4,0 File and Directory Processes: File access, Definition of files and groups; Administration Systems: Administrator information, Comprehension of system principles, Creating user account, Inserting and terminating user group; Internet Tools: Mail, FTP, Telnet etc. software usage; Installation and Settings: System installation and application, Implemention of required system settings.

BTP 202 System Analysis and Design 2+2 4,0 System Function and Components; Definition of the Problem and Solution Principles;System Creation Life Cycle; Analysis Tools and Techniques; Data Flow Charts or Modelling of New Information System; Data definition and Information Requirement at Data Dictionary; System Design and Application; Computer Inputs, Outputs, Controlls; Design of Files; Information System Development Steps and System Analysis; Administration Function; Data and Information Concepts; System Analysis Tools; Classification of Information Tools; Computer Aided Software Engineering Tools.

BTP 203 Database and Operation Systems II 3+1 4,0 Design Criteria: Hierarchical, Network and Relational Data Base Systems: Data Definition, Data Manipulation and Query Languages; Relational Algebra Operators; Relational Calculus; Examples of Relation Nal Query Languages: Sql, Quel, Qbe; Operational Requirements: Security, Integrity, Accuracy, Concurrency and performance.

BTP 204 Microcomputer Systems and Assembler 3+1 4,0

Understanding Basic Hardware Units and Structures of a Microcomputer; Processing of Microcomputer Hardware Units; Programming by Low Level Programming Languages of Microcomputer Systems; Assembler Programming Languages and Applications: Structure of assembler programming, Languages and basic concepts of assembler programming language, Statements of assembler programming language, Advantages of assembler programming language.

BTP 205 Visual Programming I 3+1 4,0 Definition of Variables and Functions as Objects, Characteristics of Objects and to Change These Characteristics; Programming Techniques; Using Objects in Programming; Changing the Characteristics of Objects by Using Functions in Programming; Preparing more Useful Interfaces to Users by Using Objects in Programming;

Differences between Classical Programming and Object Oriented Programming.

BTP 206 Visual Programming II 3+1 4,0 Principles of Object Oriented Programming: Fundamentals of language; Language Environment; Visual Programming; Structure of Program; Elements of Language; Simple Types; Sliding Point Data Structures; Indicators, Input/Output Registering; Visual Database Tools; Charts; Data Units; SQL; Objected Oriented Programming: Components, Objects, Developed programming commands.

BTP 207 Internet Programming I 3+1 4,0 Fundamental Internet Concept: Server client logic, TCP-IP protocol, HTTP, SMTP, DNS, FTP, TELNET, POP3, PROXY concepts; Introduction to WEB Design: Creating Web Files, Usage of FTP software; HTML: HTML commands; Script Usage: Script usage; Design Project; HTML Editors.

BTP 208 Internet Programming II 3+1 4,0 Designing Dynamic Page to Prepare Web Site; Installing and Adjusting the Programmes Necessary for the Source Computer; Using HTML Form Tags and HTML Scripts for the Dynamic Pages; Using CGI Language; To be able to Connect to a Data Base Using CGI Language; Definitions of Variable; the Usage of the Variables; Data Types and Operators; Controlling Terms, Loop Statements, Functions; File Operations.

BTP 209 Computer Network Systems 1+1 2,0 Introduction to Computer Networks: LAN, MAN, WAN concepts; Computer Network Cables: Cable types, Proper cable selection; Network Hardware Units: Repeater, Bridge types, Ethernet keys, Routers, Router Connection; Network Protocols: History, FTP protocols, TELNET, SMTP, DNS knowledge and usage, Electronic mail usage and knowledge.

BTP 210 Control by Computer 3+1 4,0 Basic Properties and Structure of Industrial Computers; Knowing and Inserting and Running the Cards Used in Industrial Computers; Measuring and Controlling Operations by Using Industrial Computers; Network and its Basic Properties Used in Automation Systems; The Network Organization for Measuring and Controlling Systems; Industrial Communication; Communication Controlling Based PC; Controlling Modules and Remote Data Measurement; Dispersed Data Measurement and Controlling System.

BTP 211 Technical English I 1+1 2,0 Speaking: Using To Be and Simple Present Tense (Main verb) and Adjectives and Post Modifiers; Using Have Got and Has Got and There Is and There Are; Using Would You Mind...? /Would You Mind If I...? /Would You Like Me To...? / Shall I...?; Using Sorry/ I Am Afraid.../ It's All right; Using Must/ Have To/ Have Got To /Need /Necessary; Using A Little/ Only A Little/ A Few/ Only A Few/ Much/ Many/ Two-Third/ Ten Percent; Using

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Imperatives/ Ordinal Numbers; Using Possible/ Impossible/ Probable/ Improbable/ Can /Can't/ Might/ Must, Listening and Understanding; Writing, Regarding and Understanding.

BTP 212 Technical English II 1+1 2,0 Speaking: Using Simple Present (Main verb)/Have Got/Has Got/Passive; Using Passive/There Is/There Are/Like/Alike/ Unlike/Differ From/While/As Compared With; Using Simple Present/Present Progressive; Using Simple Future/Be Going To/Future Time Expressions/Passive; Using Adverbial Clauses of Reason and Result; Using Was/Were/Simple Past/Passive/ Past Time Expressions, Listening and Understanding, Writing, Reading and Understanding.

BTP 213 Delphi Programming I 3+1 4,0 Installing Programming Language (Delphi); Compounds of the Programming Language Properties and the Parts of Screen such as Tool Bars; to be able Use the Basic Components; to be able to Arrange the Components Visually; Using the Properties of the Components; Variables on Programme Writing Controlling Terms and Using Loops; Comprehending and Using the Terms and Definitions Related to Class and Object Concept.

BTP 214 Delphi Programming II 3+1 4,0 Creating and Developing New Components; Forming the Components as Dynamic; The Usage of the Components as Dynamic; Applications; Graphic Operations; Toolbars; Various Data Base Applications: Input data, Questioning and reporting, Planning and writing a practical data base; Making the Software Movable, Installing the Software on the Other Computers; Using SQL; Accessing to Various Data Base; Internet Software: Using Active X, Creating HTML files, Message on internet, E-mail, File operations.

BTP 215 C Programming I 3+1 4,0 Analysis of C Program: Keywords; Variables, Constants and Declaring a Function or an Array; Data Types Used in C; Operators and Precedence; Declaration of Data; Basic I/O Statements: Getchar(), Getch(), Getche(), Putchar(), Gets(), Puts(), Printf(), Scanf(); Loop Statements: For, While, Do-While; Decision Statements: If-Else-Switch-Case; Strings and Arrays: One dimensional arrays, Multidimensional arrays, Pointers, Character strings; Functions.

BTP 216 C Programming II 3+1 4,0 The Importance of Using Indicator Type Variable; Definition and Usage of Indicator Type Variable; Indicator Arithmetic; the Usage of Indicators Type Functions; To be able to go into the Unmistaken Graphic Environment; Adding Necessary Library Functions to the Software; Understanding and Using the Graphic Statements File Types; Common Statements and Terms About Files; Common Statements and Terms About Files; Common Statements and Terms About Text and Binary Files; File Saving Operations on Text Files; The Control of Computer Ports by Using Programming Language.

BTP 217 Visual Basic Programming I 3+1 4,0 Comprehending the Structure of Visual Basic Programming; To be able to Understand Operators and Data Types on Visual Basic; To be able to Know Controlling Objects; To be able to Comprehend the Properties and the Methods of Controlling Objects; To be able to Understand Controlling and Loop Statements and Providing Programme Flow by the Desired Way; Comprehending the Logic of the Arrays and Applying Into the Programme; Using the Sub-Programme; Using the File.

BTP 218 Visual Basic Programming II 3+1 4,0 Object Oriented Programming Logic: Class structure, Encapsulation concept, Inheritance concept, Polymorphism concept; Active X Concept: The components and the controls of Active X, Forming and using Active X DLL and Active X EXE; Data Base Concept: Data base models, Active X data object (ADO) technology, SQL statements; Creating and Controlling Data Base Using Visual Basic; The Properties and the Controls of Web Browser; Concepts about Data Structure.

BTP 219 Computer Aided Design and Modelling 3+1 4,0

Installing Designing Software and Modelling Software; Tool Bars and Drawing Elements; Drawing 2D and 3D Elements; Forming Compound and More Complex Figures from 2D and 3D Elements; Making Correction on the Existing Figures; Getting More Affective Images By The Drawings Which Was Done Into The Motion And Turn The Drawings Into The Animation; Using AutoCAD Programme And Applications.

BTP 220 Research Techniques and Seminar 1+1 2,0 Collecting and Analysing Data in Terms of Scientific Research; Research; Reporting the Results of the Research according to the Principles of Report Writing; Presentation of Research Subjects; The Usage of the Equipment such as Data show and Slide Machine and Internet (WEB pages) etc.; Introducing to Business Life; To be able Follow The Developments by Searching the Innovations in Computer Field; Developing Self-Confidence by Expressing himself/herself in a Society.

DÖK 102 Materials Knowledge and Mechanical Testing 2+2 3,0

Classification of Materials: Metals; Ceramics; Composites and Polymers; General Properties and Structures of Materials: Relation between Properties and structure of materials; Atomic Structure; Atomic linkage; Crystal structures and crystal structure defects; Melting and Solidification; Alloys and Solid Solutions; Mechanical Properties of Materials and Mechanical Testing: Tensile testing; Impact testing; Hardness testing; Compressive testing; Fatigue testing etc; Heat Treatment; Definition of Corrosion; Introduction to Metallography.

DÖK 111 Cast Metals Technology I 2+2 5,0 General Principle of Casting Techniques and Comparing Casting Techniques with Other Manufacturing Techniques;

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Preparing Casting Mould; Moulding materials; (Moulding sand components; Box etc) Preparation of operations of moulding sand; Preparation Test for Sand; Renewal Principles for Sand; Pattern and Properties of Pattern: Pattern equipment and design of pattern; Core and It's Properties; Manufacturing of Mould and Core; Introduction to Metal Melting; Casting Cleaning Operations; Industrial Accidents and Identifying the Hazards to Health and Safety in the Foundry.

DÖK 112 Engineering Science 2+2 3,0 Definition of Work ; Power and Energy It; Mechanics; Reels; Differential Gear reels; Car lifter; Straight cogwheel; Friction Coefficient and Friction Angle: Causes of friction ; Friction strength; Relationship between friction coefficient and friction angel; Problems in substances on horizontal and inclined surfaces; Fluid Pressure; Heat: Thermal expansion ; Expansion coefficient; Specific temperature; Ideal Gases; Temperature Measuring Equipment.

DÖK 122 Engineering Drawing I 2+2 3,0 Describing and Illustrating of Basic Engineering Concepts; Principles of Engineering Drawing; Drawing of Processing Technical Drawings of Machine Products; Perspective Drawing; Producing of Projection and Appearance: Doing Measurements and its rules; Dimensioned Drawings: Cross-sections of pattern; Measurement and Control Techniques: Measurement of length and using of measurement tools; Surface Roughness and Marking of Surface Processing; Allowance of Manufacture and Its Exercises; Sketch Drawing.

DÖK 142 Cast Metals Technology II 2+2 3,0 Techniques and Principles of Cast Design: Mould design; Gating and Feeding Systems: Calculating and designing gating and feeding systems; Identifying Casting Defects; Causes, Remedies and Appreciation of Techniques Used for Casting Reclamation; Metal Preparation Techniques; Describing Solidification Mechanisms; Techniques for Mould and Core; Cast Alloys; General Principles of Casting Techniques and Comparing Casting Techniques with Other Manufacturing Techniques.

DÖK 213 Engineering Drawing II 2+2 4,0 Demonstrate the Ability to Draw Foundry and Pattern Equipment and to Produce Casting Drawings From Engineering Drawings; Designs Foundry Equipment Layouts: Design of mould and core assemblies; Principles and Importance of Foundry Drawing; Technical Drawing of Casting Products; Pattern; Moulding and Core: Cross-section drawing of moulding; Sketch Drawing; Perspective Drawing; Producing of Projection and Appearance; Surface Roughness and Demonstrating Processing Marks; Doing Measurements; Designing Mould and Core Assemblies; Foundry Equipment Layouts Design.

DÖK 214 Manufacturing Control 2+2 4,0

Basic Principles of Manufacture Control; Manufacture Systems; Choice of Factory Area: Factory arrangement; Planning and Controlling of Production; Quality Control: Factors in Quality Control; Basic Principles of Organization: Direction and organization schemes; Preparing Processing Files; Material Stock Files; Material Standards; Schemes for Processing Succession; List of Control; ISO 9000 Total Quality Applications.

DÖK 223 Metallurgy of Cast Metals I 2+2 4,0 Phase Diagrams: Principles of binary equilibrium diagrams; Phase Transformations; Solidification and Crystallization; Structure and Properties of Solid Solutions; Fe 'C Equilibrium Diagram; Iron Base Alloys and Their Classifications; Heat Treatment of Iron Base Alloys; Ferrous and Non-Ferrous Alloys: Types and Properties of Steel: Tool steel, Cemented steel, Automatic steel, Stainless steel, Heat resisting steel, High speed steel, Engineering steel, Types; Properties and Use of Areas of Cast Iron: Ductile Iron, Grey cast iron, Malleable cast iron, White cast iron.

DÖK 224 Practicum and Supervisory Studies 3+1 4,0 Frequent Problems in Industrial Relations; Problems and Themes; Daily Problems; Technologic Improvements; General Configuration of Relationship in Business Life: Relationship Types in business, Factors effecting relationships; Motivation of Persons and Trades Unions; Process and Methods of Industrial Relation in Business; Configuration of Trades Unions; General Trade Union Movements; Functions and Rules of Employer Foundations; Legal Limitation of Industrial Relations; Functions and Configurations of Institutions.

DÖK 234 Metallurgy of Cast Metals II 2+2 4,0 Ferrous and Non-Ferrous Alloys; Types and properties of steel: Tool steel, Cemented steel, Automatic steel, Stainless steel, Heat resisting steel, High speed steel, Engineering steel, Types; Properties of Cast Iron: Ductile Iron, Grey cast iron, Malleable cast iron, White cast iron, Inoculation; Aluminium Base Alloys; Cupper Base Alloys; Structure of Alloys and Effects of Alloy Elements and Cooling Rate; Control of Microstructure.

DÖK 243 Cast Metals Technology III 2+2 4,0 Techniques and Methods of Metal Melting; Explanation and Comparison of Types of Melting Furnaces; Properties and Uses: Use and control melting furnaces: Converters; Cupole furnace, Arc furnaces, Induction furnaces; Blast(High)furnace; Types and Properties of Fuels Used in Metal Melting; Describing Refractory Materials Used in Foundry Furnaces: Properties of refractories, Calculation of Charge; General Principles of Cast Techniques and Comparing Cast Techniques with Other Manufacturing Techniques.

DÖK 244 Integrated Project 2+2 4,0 This Course Entails Theoretical and Practical Work in Form of a Thesis. Developing Ability to Analyze A Problem or a Task ; Planning and Organizing Work and Communication

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whit Others; Using Available Resources Effectively and Producing a Report with Conclusion and Recommendations.

DÖK 245 Techniques of Moulding Preparation I 2+0 2,0

Preparing a Casting Mold; Molding Materials; Molding Sand Preparation; Testing the Properties of Sand; Renewing Molding Sand; Properties of the Pattern; Designing a Pattern; Core and Properties of Core; Pattern Equipment; Mold Production.

DÖK 246 Techniques of Moulding Preperation II 2+0 2,0

Special Molding Preparation Process; Preparing Sand Molding; Preparing Flask, Shell Molding; Ceramic Molding; Plaster Molding; Preparation of Wax; Universal Automatic Unbox Molding; Disamatic, Vacuum Molding And Preparing Machines.

DÖK 254 Cast Metals Technology IV 2+2 4,0 Specialized Casting Process; Casting in Sand Moulding; Casting in Flask; Shell Moulding; Ceramic Moulding; Plaster Moulding; Investment Casting(Lost Wax); Centrifugal Casting; Pressure Die Casting; Continuous Casting; Universal Automatic Inbox Moulding; Disamatic; Vacuum Moulding; Sand Preparing Machines; Casting Cleaning Machines and Other Foundry Machines; General Principle of Cast Techniques; Comparing Cast Techniques with Other Manufacturing Techniques.

DÖK 257 System Analysis and Design I 2+0 2,0 Feasibility Studies; Research on Feasibility Literature Review on the Research Topic; Use of Resources; Choosing Appropriate Data Sources; Reliable and Valid Project Design.

DÖK 258 System Analysis and Design II 2+0 2,0 Feasibility Studies; Research on Feasibility; Literature Review on the Research Topic; Use of Resources; Choosing Appropriate Data Sources; Reliable and Valid Project Design.

ELE 103 Electrical and Electronical Measurements 3+1 5,0

Principles of Measurement and Instruments; Direct Current Measurements: Principles of ampermeter and voltmeter in direct current; Alternative Current Measurements: Principles of ampermeter and voltmeter in alternative current; Power and Work (energy) Measurements: Power measurement in three phases of alternative current circuits, Power measurement in direct current circuits, Power factor, Principles of wattmeter; Measurements of Circuit Components and Parameters; Measurements with Oscilloscope; Industrial Measurements and Transducer; Description and Classify of System; Uprightness, Sensitivity, Symbol.

ELE 104 Alternative Current Circuit Analysis 3+1 4,0 Alternative Current and Voltage: Maximum value, Avarage value, Instantaneous value, Effective value, Phase angle, Circuit Equipments AC Behaviour: Ohmic Resisteance, Condencer, Current, valtage, power over inductance, R-L-C circuits; Power and Energy on AC: Power and energy on ohmic resistance, Power and energy on condenser, Power types on R-L-C circuits; AC systems with three Phase.

ELE 105 Direct Current Circuit Analysis 3+1 5,0 Resistance; Ohm's Law; Work, Power and Efficiency; Kirchhoff's Laws; Electrical Supplies: Current and voltage supplies; Circuit Solution Methods: Mesh currents, Nodal analysis, Circuit theories; Thevenin, Norton, Superposition Theorems, Condensers; Electro Magnetism and Electro Magnetic Induction; Transient Analysis in Direct Current: Resistance-inductance, Resistance-capacitor time constant.

ELE 106 Electric Systems (Networks) and Foundations 1+1 2,0

Basics Concepts About Electric System and Foundations: Phase, neutral, mean and conservation conductors, Insulation faults, Electric current and effects, Effects of electric current on human body, Avoid from electric current; Type and Safety of Low Voltages: TN network, TT network, It network, Conservation insulation; Electric Installation Technology and Applications; Switchs and plugs, Light sources, Poor current units.

ELE 112 Electrical Machines I 3+1 4,0 Principles, Constructions and Parts of Direct Current Machines; Calculations of Voltages and Torque in Direct Current Machines; Types of Bias and Armature Reaction in Direct Current Machines; Basic Characters of Direct Current Generators; Speed Control and Brake in Direct Current Motors; Structure and Operation of Single and Three Phase Transformers: Operation of transformers in off load, On load and short circuit, Equivalent circuit and efficiency in transformer, Different connection groups of three phases transformers.

ELE 207 Electrical Maintenance and Troubleshooting 1+1 3,0

Maintenance: General maintenance, Proactive maintenance, Periodic maintenance; Fault Finding: To use avometer in fault finding; Repairing and Service; Checking of Oil in Power Transformer: Fault finding cause of short circuit and over load on electric networks, To replace of electric machines parts; Checking of Diodes, Transistors, Capacitance.

ELE 209 Electric Generation, Transmission and Distribution 3+1 5,0

Methods of Electric Generation: Electric power stations, Thermic plants, Vapour turbine plants, Gas turbine plants, Nuclear plants, Hydro-electric plants, Renewable energy sources, Cogeneration and ottoproductor; Electric Transmission and Distribution: Cross Section Calculation of Wire; Characteristics of Wire On Air-Line.

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ELE 212 Electricity Installation Plans 3+1 5,0 Pre-study of Installation Plan: Definition of plan, Selective of materials and applications, Preparing of sketch, Legal procedure, Statutes related project; Preparing Installation Plan: Functional efficiency, Lighting, Energy and distribution of plan, Cost analysis of project, Preparing of project for approval, Finishing of installation plans and presentation; Presentation of Installation Plan.

ELE 213 Electrical Machines II 3+1 4,0 Main Components, Characteristics and Operation of Three Phases Asynchronous Machines: Equivalent circuit of three phases asynchronous machines, Operation of three phases asynchronous machines in off load, On load and short circuit, Speed control and brake in three phases asynchronous machines; Single Phase Machines; Construction, Characteristics, Operation and Principles of Synchronous Generators and Synchronous Machines: Phasor diagrams for resistive load, Inductive load and capacitive load, Parallel connection of synchronous generators, Starting in synchronous machines, Phasor diagrams of resistive, Inductive and capacitive operation of synchronous machines, Adjustment of active and reactive power.

ELE 214 Electrical Machines III 1+1 2,0 Universal Machines: Main components, Characteristics and operation of universal machines; Step Machines: Main components, Characteristics and operation of step machines; Servo Machines: Main components, Characteristics and operation of direct current servo machines, Main components, Characteristics and operation of alternative current servo machines.

ELE 215 Electromechanical Control Systems 3+1 4,0 Control Input Components: Switches, Buttons, Paco switches, Mechanic limiting switches, Micro switches, Sensors, Thermostats; Control Output Components: Solenoids valves, Contactors, Coils; Protection Coil of Electric Machines; Control of Electric Machines: Speed control and breaking in three phases asynchronous machines; Control of Lift; PLC in Control Systems.

ELE 216 Industrial Control and Component 1+1 2,0 Sensors and Transducers: Measurements systems and compares; Heat Sensors: Fundamentals of heat measuring; Pressure Transducers: Fundamentals of pressure measuring, Units related with pressure; Position Transducers: Operation of potentiometer; Flow Transducers: Theory of fluid, Measurement of difference pressure; Level Measurement; Optoelectronic Technique; Characteristics, Operation and Kinds of Sensors; Speed, Vibration and Acceleration: Fundamentals of speed measurements, Methods of speed measurement, Fundamentals of acceleration, Methods of acceleration measurement.

ELE 217 Winding Techniques 3+1 4,0 Material Technology in Electric Machines: Sort of wire and solder, Isolative materials, Magnetic materials; Windings of Direct Current Machines and Universal Machines: Sort of

winding, Insulating and checking; Windings of Alternative Current Machines: Winding of one phase transformer, Winding of three phases transformer, Winding of three phases asynchronous machines and winding of three phases synchronous machines.

ELE 218 Power Supplies 2+1 3,0 Linear Power Supplies: Operation principles of linear power supplies, Transformators, Converting and filtration circuits, Regulator circuits; Switch-Mode Power Supplies: Switch mode power supplies and types of them, Operation techniques, Ferrite bodies.

ELE 221 Electrical Projects 1+1 2,0 Equipments Used in Power Plant Projects: Materials in project applications to be used; Forework of Power Plant Project: Fore-preparation for power plant project; Preparation of Power Plant Project: Comments on power plant project and making changes; Project Documents: Project details, Calculations and controls.

ELE 222 Related Electrical Service and Systems 1+1 2,0

Water Systems in Buildings: Hot and cold water systems; Heating Systems in Buildings: Schematic diagrams and specifications for various heating systems; Air Conditioning; Lighting Systems: Typical lighting applications characteristics; Fire Alarms Systems: Smoke detectors, Temperature rise detectors, Flame detectors; Conductor Systems; Stand-by-Supply Systems.

ELE 224 Plant Production Techniques 1+1 2,0 Manufacturing Processes: Use of presses, Punches, Dies and piercing, Blanking and bending; Transformer Manufacture: Identification of main components of a transformers, Methods of fitting circulation tubes in oil cooled transformers; Panel Manufacture; Electric Machines and Generators (rotating machines); Electronic Components: Manufacturing techniques used in production of electronic devices, Components and circuitry; Quality Control: The methods of quality control systems that are available for various forms of manufacture.

ELE 228 Electrical Machines and Drivers 3+1 4,0 Structures of Electrical Machines and Operational Principles; Fundamental Equalities and Characteristic Curves: DC motor operation techniques, Types of DC motors, Asynchronous motors; Mono Phase AC Motor; Control Principles of Electrical Machines: Basic control principles used in electrical motors; DC Motor Driving: The structures and operational principles of various DC motors; AC Motor Driving Techniques and Circuits: The structures and operational principles of various AC motors; Step Motors and Driving Circuits: Types of step motors and driving methods.

ELE 229 System Analysis and Design I 1+1 2,0 Feasibility: Knowledge of materials, Safety rules, Solution of problems, Project process, Project file, Functional efficiency, Organization of project, Cost analysis of project,

510

Control of project, To approve project; Presentation: Writing skills, Graphical skills, Word skills.

ELE 230 System Analysis and Design II 1+1 2,0 Feasibility: Knowledge of materials, Safety rules, Solution of problems, Project process, Project file, Functional efficiency, Organization of project, Cost analysis of project, Control of project, To approve project; Presentation; Writing skills, Graphical skills, Word skills.

ELH 102 Analog Electronics I 3+1 4,0 Semi-conductors and Basic Structures of pn Junction Circuit Equipments; Characteristics of Diodes, Filters, Cutters, Rectifiers, Inverter Circuits; Zener diodes and Types of other Diodes; BJT Transistors: Pre-voltage, Operation Point, Figures of common connection and Darlington arrangement; JFET-MOSFET Transistors: Their features, Operations, Pre-voltages, Current controlling, Operation gaps, The structures and types of D-MOSFET, E-MOSFET Transistors; Double-Gate JFET-MOSFET Transistors.

ELH 202 Developing Communication Technologies 2+0 2,0

Fax: Block diagram of a fax machine and its basic process principles; ISDN Systems: Communication in digital base, EURO-ISDN standards, ISDN services, properties and applications; XDSL Systems: Digital subscriber line systems, Asymmetric digital subscriber lines; GSM: First, second and third generation analogue network developments slip; GPRS; UMTS, MVNO, TETRA, SDH, Internet Solving; New Systems of Development Technology.

ELH 203 Analog Electronic II 3+1 4,0 Definitions; BJT Small- Signal Bipolar Amplifiers; FET Small-Signal Amplifiers; Power Amplifiers Oscillators; Differential Amplifiers; Addition amplifiers; Electrical Characteristics of Operational Amplifiers; Feedback; Frequency Response of Operational Amplifiers; Basic Operational Amplifier Circuits; Operational Amplifier Applications; Multi vibrators and Wave Configurations.

ELH 204 Fibber Optic Communication 1+1 3,0 Principles of Fibber Optics: History of optic communication, Comparing with other communication techniques; Properties of Fibber Optic Cables and the Light Propagation Characteristics of Fibber Optics: Reflection and fragment of light, Snell laws, Construction of fibber optics cable, Light transmission, Light sources, CCITT standards; Fibber Optic Materials and Properties.

ELH 205 Digital Communications 3+1 5,0 Basic Definition of the Communication; Basic Terms and Sampling Theorem; Pulse Amplitude, Width and Position Modulation (PAM, PWM PPM) and Demodulation Principles; Time Division Multiplexing; PCM and Delta Modulation and Demodulation Principles: Quantization coding, System design; Line Codes and Digital

Telecommunication Techniques and Standards: Digital communication line codes

ELH 206 Telephone Communication and Switching Systems 3+1 5,0

Principles of Communication; Voice and Telephone Sets Properties: Basic elements and block diagram of telecommunication systems, Signals coded by analogue method, Use of Dc and Ac signals; Local telephone networks: Cable construction using telephone networks; Switching Principles: Electromagnetic switching, Electronic switching, Matrixes switching; Traffic Theory; Telephone Networks: Network construction and fitting

ELH 207 Analog Communications 3+1 4,0 Noise Sources in Communication Systems: Noise, Break down, Weak Bandwidth; Power Rate and Signal Level Units in Communication Systems: Bell, Decibel, Nepher and Relative decibel; Frequency Domain Analysis: Spectrum analyzer properties, Fourier analysis; Principles of Continuous Wave Modulation: Bandwidth, Power concepts, Demodulation; Application of AM and FM: DSB, SSB, Narrow band FM.

ELH 208 R / F Technique 3+1 5,0 Oscillators: Definition of oscillators and functions, Oscillators with feedback, Oscillators types and process principles; Filters: Characteristics of filters, Active and passive filters; Mixers: Interval frequency concepts, Mixer properties used in telecommunication, Mixer circuit design; RF and IF Amplifications: PLL and frequency synthesizers; PLL and Frequency Analyzers; Modulators and Demodulator Devices: Modulator types and properties.

ELH 209 System Analysis and Design I 1+1 2,0 Selection of Topics: Project definitions and pre-hypothesis, Practice approach in problem solving , Solution production with updated technical use , Suggestion; Preparation of the Project: Organization project work, Organizing project file, Preparing the project ; Presentation of the Project: Writing ability , Visual ability, Speaking ability.

ELH 210 System Analysis and Design II 1+1 2,0 Selection of Topics: Project definitions and pre-hypothesis, Practice approach in problem solving , Solution production with updated technical use , Suggestion; Preparation of the Project: Organization project work, Organizing project file, Preparing the project ; Presentation of the Project: Writing ability , Visual ability, Speaking ability.

ELH 211 Informatics 1+1 2,0 Basic Internet Terms: TCP- IP protocols, HTTP, SMTP, DNS, FTP, TELNET; POP3, PROXY, etc. web service definitions; Introduction to WEB Design: Web page design and required use programmes, Methods that uses web file, FTP software required for web page transfer; Presentation of the programme: Choosing a Pattern Presentation; Using Database.

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ELH 212 Antennas and Microwave Technology 2+2 4,0

Basic Information: Electromagnetic wave parts, Wave fronts, Characteristic impedance; Radio waves: Properties of electromagnetic waves, transference, Electromagnetic wave types; Antennas: Antenna polarization, Receiver and transmitter antennas, Antenna types; Microwave Elements: Microwave transmission lines and transmission modes; Microwave systems; R/L Systems; High Frequency Lines.

ELH 214 Satellite Communication and Cellular Communications 1+1 2,0

Basic Principles of Satellite Communication: Satellite orbits, Earth satellite links; Satellite Frequency Bands and the Structure of Earthenware pot Antenna: Ku band, C band and L band, LNB construction; TURKSAT Project: Project necessity and services; Cell Communication System: Analog and digital cell telecommunication systems, Cell transhipment and types, Parameters that effect transhipment.

ELH 216 Informatics Networks and Data Communications 2+2 4,0

Introduction to Data Communication: Basic concepts, Transmission modes, Series telecommunication principles and classes, Modems; Principles of Data Communication; Introduction to Networks: Network link constructions; ISO Application Model: Standardization requirements for computer nets, Protocol concepts, OSI application models ; Local Area Network and Wide Area Network: Local area nets usage aims, Ethernet; Internet.

ELH 218 Radio and Television Technique 1+1 2,0 Radio Transmitters and Receivers: Subsystems in radio transmitters, Subsystems in radio receivers ; Superheteroid Receivers: Block diagram and analysis of radio receivers; TV Transmitters and Receivers: Block diagram and analyze of television transmitters, Block diagram and analysis of television receivers; Colour TV: Color picture forming, Color layer stratum; TV and Radio Standards.

ELH 220 Medical Electronics 1+1 2,0 Development of Medical Equipment : Human physiology ; Formation of Bioelectrical Signals: Electrical activation in cells , Membrane potential, Action potential Particle diffusion; EKG, EMG, ENG, EEG Signals Measurement ; Blood Pressure Measurement: Heart and blood circulation components; Electrodes Use in Measurement: Electrolyze, Converters Biological Signals.

ELO 103 Digital Electronics 3+1 4,0 Digital Concept; Number System; Logic Circuit: Definition of And-Or-Nand etc. logic gates; Simplification Of The Logical Expressions; Integrated Circuits : Encoder, Decoder, Seven segment decoder; Flip-Flops: Truth tables of R-S, D, T and J-K type flip flops; Counters: Synchronous, Asynchronous, Up-down counter; Registers and Handlers; Memory Units: Definition of RAM, ROM, PROM, EPROM; Algorithmic State Machines; Invertors.

ELO 104 Analog Electronics 3+1 4,0 Semi-conductors and Basic Structures of pn Junction Circuit Equipments; Characteristics of Diodes, Fiters, Cutters, Rectifiers, Inverter Circuits; Zener diodes and Types of other Diodes; BJT Transistors: Pre-voltage, Operation Point, Figures of common connection and Darlington arrangement; JFET-MOSFET Transistors: Their features, Operations, Pre-voltages, Current controlling and types; Operational Amplifiers: Their characteristics, Basic circuits: Addition, Subtraction , Integration and derivation receiving circuits; Multivibrators and Wave Formers: Their features, Operations and types.

ELO 105 Electronic Measurement Techniques and Safety 1+1 3,0

Electrical Safety: Emergency shutdown buttons and their importance, Electrical isolation; Basic Electrical Measurements: Current and current unit, Voltage and voltage unit, Resistan colour codes, Ohmmeter calibration; Oscilloscope: Basic opration system, Function buttons and their duties, Calibration of oscilloscope and probe; Signal Generators: Classification, Duties of function buttons; Elements Sensitive to Electrostatic: Static electric, Static electric in integrated circuits, EDE generation.

ELO 106 Digital Design 3+1 4,0 Circuit Design Using Logic Gates: 3 bit input-8 bit output decoder circuit designs, Multiplexer and demultiplexer related to circuit designs; Circuit Design Using Flip-Flop: Asynchronous and synchronous counter designs, Shift register designs, Parallel input and parallel output shift register, Parallel input and series output shift register ;Circuit Design Using Integrated Circuits: Programming EPROM, Frequency meter design, Programmable logic array design, Multiplexer design using EPROM.

ELO 107 Electronic Measurement Techniques and Safety 3+1 5,0

Safety at Work; Measurement and Equipment Principles: Basic and created units; The Symbols of Measurement Instruments; Direct Current Measurements; Power and Energy Measurements; Measurement of Circuit Elements and Parameters: Resistance measurement with measurement instrument and Wheatstone tunnelling, Frequency meter and frequency measurement; Measurements with Oscilloscope: DC and AC voltage measurement, Period and frequency measurement, Mechanic Measurements: Measurement by micrometer and compass.

ELO 109 Basic Electronics 3+1 4,0 Unit Systems: Current, Voltage, Power; Circuit Types and Elements: Basic circuits, Ohm's law, Kirchhoff's laws; Some Techniques Used in Circuit Analysis: Nodal and mesh analysis, Source transformations, Superposition, Thevenin and Norton theorems; Inductance and Capacitance; RL and RC Circuits; RLC Circuits; Semi Conductors and Principles: Diodes, Rectifiers, Cutter circuits; Basic Logic Circuits: Number systems And-Or-Nand etc. logic gates, J-K Flip Flop, R-S Flip Flop, T and D Types Flip Flops, Counters, Registers, Decoder, Encoder.

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ELO 203 System Analysis and Design I 1+1 2,0 Specification of The Operation Subject: Understanding the subject that will study; Research Related With Operation: Block diagram related to the subject, Printed circuit, Preparing material and price list, Doing the experiments related to the subject in the laboratory; Collecting the Operation: Figures related to the subject, Electrical quantities, Cost calculation; Presentation of Operation: Presentation of the report to the students and instructors.

ELO 204 System Analysis and Design II 1+1 2,0 Determination of materials: Materials related to the subject; Preperation of Circuit: Transfer of printed circuit diagram from paper to copper plaquette; Installation and Testing of Circuit: Methods of installation and flow diagram, Test of circuit.

ELO 205 Power Electronics 3+1 5,0 P-N Juncted Power Elements: Types of power diodes, transistors and thyristors; Electrical Characteristics Thyristos: V-I characteristic of SCR, Gate characteristic of SCR; Triggering Elements: Usage, types and operation of triggering elements; Thyristor Applications: Rectifiers, Inventors, Static keys, Solid state relays; Protection of P-N Juncted Power Elements.

ELO 206 Programmable Controllers 3+1 4,0 Introduction to Programmable Controler: Central process unit (CPU), Input modules, Output modules, Analogue Input/Output Modules and Functions; Programing with Ladder Logic Diagram: Analogoue Modules Properties and PLC Links; Software with Command Cahrt; Trouble Analysis at Programmable Controllers; Programmable Controllers Interface

ELO 207 Microcontrollers 3+1 4,0 General Construction of Microcomputer System: CPU, RAM, ROM memory, Characteristics of RAM, Characteristics of ROM, Comparison of RAM and ROM; Comparison of Microprocessors and Microcontrollers: Microprocessors and Microcontrollers in industry, Setting of microprocessor/ microcontroller system, Introduction of programming, Programming.

ELO 209 Optical Electronics 1+1 2,0 Fundamental Forces, Light and Wavelength: Four fundamental forces and their properties, The place of viewable light on electromagnetic spectrum between other electromagnetic gleam, The relation between wavelength and energy; Sensors: The sensors sensing visible and invisible gleams, Usage environment, Choosing the right sensors; Emitters: Optical elements radiating light, led, lcd, crt, 7-segment display; Laser Production Techniques: The laser technology aiming industrial and entertainment affairs; Fiber Optic Cables: The techniques of fiber optic cable production.

ELO 211 Microprocessors / Microcontrollers 3+1 5,0

General Structure of Micro Computer System: Central process unit, RAM and ROM memory characteristic, Input/Output interfaces and peripheral, Micro computer system tools; Comparison of Microprocessors and Microcontroller; Installation of Microprocessors and Microcontroller System; Introduction to Programming: Assembly language structure , Instructions, Flow diagrams; Programming: Data transfer, Loop consumption, Sub programme concepts.

ELO 212 Advanced Digital Applications 3+1 4,0 Sequential Logic: RS flip flop, D flip flop, T flip flop, JK flip flop; BCD Counters: Asynchronous counters, Synchronous counters, counters; Registers: Serial and parallel registers; Memory Units: RAM, ROM, PROM, EPROM, EEPROM; Algorithms Machines: PLA, FPLA; Converters, Types and operation of numeric/analog converters, Types and operation of analog / numeric converters.

ELO 213 Instrumentation 1+1 2,0 Definition: Measurement systems, Signals, Standards; Position Measurements: Operation principles of potentiometer and transducers; Temperature Measurements: Conversion of Fahrenheit to Celsius; Pressure Measurements: Basic units and principles related to pressure; Flow Measurements: Fluids, Differential pressure, Fluid measurement methods; Level Measurements; Speed, Vibration and Acceleration Measurements: Tachometer kinds, Vibration transducers; Tension Measurements: Strain gauge structure and operation principles.

ELO 214 Automatic Control 3+1 4,0 Principles of Control: Power supply in servo mechanism, Potentiometer and amplifiers, Open circuit and closed circuit controls of D.C machines, Open circuit and closed circuit controls of A.C machines; Torque; Basic Construction of Control Synchronous: Operation and characteristic of synchronous position control system, Operation principles of torque conductor and receiver, Operation principles of differential control transmitter and differential control receiver, Operational amplifiers.

ELO 215 Microprocessors / Microcontrollers I 3+1 5,0 General Structure of Microcomputer System: Central processing unit, RAM and ROM memory characteristic, ROM kinds, Comparison of RAM and ROM memory, Series transfer, Parallel transfer, Address bus, Data bus, Control bus; Comparison of Microprocessors and Microcontroller: Installation of Microprocessors and Microcontroller System; Introduction to Programming: Assembly language structure, Instructions, Flow diagrams Transfer to machine language (hex code); Programming: Data transfer, Loop consept, Sub programme concepts, Addition and subtraction, Shift process.

ELO 216 Microprocessors / Microcontrollers II 3+1 5,0 Basic Concepts of Input-Output Operations: The basic logic between microprocessor and environment devices for input output operations, Programming of I/ O Devices:

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Connecting an output device to the output units of microprocessor and programming; Interrupts: Interrupt concepts and developing of interrupt sub-programmes; Counters/Timers: Hardware counter/ Identify the basic digital ripple counter; ADC/DAC Applications: Converting an analog signal to digital signal by using ADC, Converting an digital signal to analog signal by using DAC.

ELO 217 Synchro / Servo Systems 1+1 2,0 Control Principles; Power Supplies Used in Servo Mechanisms: Potentiometers and amplifiers; Open Circuit and Closed Circuit Control of the Direct Current Servo Motor; Open Circuit and Closed Circuit Control Of The Alternative Current Servo Motor; Fundamental Structure of Torque Synchro and Control Synchros; Operation Behaviour and Control Synchro Position Control System; Operation Principles of Torque Transmitter and Receiver: Control modes.

ELO 218 Troubleshooting 2+1 4,0 Test of Circuit Equipments: Identifying the circuit elements, Test techniques, Following signal; Specification of The Faulty Region or Equipment: Localization of faulty, Block diagrams, Ways of dividing into two, Faulty algorithm; Advanced Troubleshooting Devices: Test and faulty devices in advanced levels; Maintenance Recordings: Maintenance devices.

ELO 219 Amplifiers and Oscillators 3+1 4,0 Definitions: Coupling and bypass capacitances, Coupling kinds, BJT and JFET's equivalence models; Small Signal Amplifiers with BJT's: Emitter base and collector common amplifier circuits and their operation principles, Alternative currents equivalence; Small Signal Amplifiers with FET's: Source, Gate and drain common amplifier circuits and their operation principles, Alternative current equivalence; Quantities Signal Amplifiers; Oscillators: Positive feedback, Sinusoidal oscillators and kinds, Nonsinusoidal oscillators.

ELO 220 Industrial Data Transmission Protocols 3+1 4,0

Modulation Techniques: General structure of needed modulation systems in order to transfer the data, Used Technologies: Modems, The kinds of modem and modem equipment; Communication Protocols: Basic communication protocols; Internet Protocols: Communication on internet, Industrial control systems and data transfer mechanism; Coding and Compressing: The techniques used for coding and compressing data transferring on internet.

ELO 221 Operational Amplifiers 3+1 4,0 Difference Amplifiers: Operation principles, CMRR consumption operation; Electrical Characteristics of Operational Amplifiers: Offset voltage, Bias current, Offset current, Slew rate, Feeding voltage; Feedback: Positive and negative feedback Frequency; Response of Operational Amplifiers: Gain-frequency relation, Gain-band wide relation, Compensation; Electrical Characteristics

Amplifiers; Basic Operational Amplifier Circuits; Operational Amplifier Applications: Logarithmic amplifier, Peak detector functions, Function principles of active filter circuits; Multivibrators and Wave Shaper Difference Amplifiers.

ELO 222 Medical Device Technology 3+1 4,0 Bipotential Signals; Electrocardiograms and Electrical Shocks; Hospital Device Transducers and Equipment Based Fixing and Maintenance; Bipotential Amplifiers; Electrocardiography and Quit-Based Fixing; Electroencephalograph and Filtering; Defibrillator; Heart Battery; Measurement of Tension and Blood Pressure; Clinical Laboratory Equipments; X-Ray Devices; Ultrasonic Devices.

ELO 223 Audioing and Illumination 1+1 2,0 Sound and Properties: Sound speed, Wavelength, Reflection, Sound pressure; Microphones and Loudspeakers: Converting sound into electricity, Types of microphones, Converting electricity into sound, Types of loudspeakers; Sound Frequency Power Amplifiers: Sound systems, Preamplificator, Hi-fi Stereo; Audioing: Audioing in open and close area; Illumination: The elements used in illumination and its properties.

ELO 224 Processor Programming Methods 3+1 4,0 Programming Basic Concepts: Microprocessor's basic and basic concepts of the programming language; Programming: C, Pascal, Basic etc; The Methods of Solving Problems: The methods and steps of solving problems, State diagram, Transfer diagram and tables, Limiting the programmes; System Design: The steps to be followed during hardware and software design.

ELO 227 Industrial Electronics Applications 2+2 4,0 Relay: Relay structure and working principles, Relay types and applications; Semiconductor Control Elements: Thyrstor and triac symbols, Process principles, Diac; UJT, PUT, SUS, SBS; Converters: Single transistor, Double transistor, SSR converters with thyrstor and process principles; DC Electric Motors: Step and servo motor structures and process principles; Sensors and Transducers; DAC/ADC Converters; Low Power RF Applications.

ENO 201 Process Measurements I 3+1 5,0 Instrumentation Terms: Definition of sensor, Fluency, Transmitter; Measurement Errors; Position Instruments: The kind of limit switches and it's way of using; Pressure and Vacuum Measurements: Pressure measurement methods, Vacuum system, Manometer and its studying and using; Weight and Strength Measurements: Weight measurement at fluids; Velocity and Acceleration Measurements: Definition of velocity and acceleration.

ENO 202 Process Measurements II 3+1 5,0 Level Measure Methods: Level measure concepts, Diagram of float indicator and using, Swimming capability indicators; Flow Measure Methods: Density, Specific gravity, Fluidity, Orifice tube, Venturi tube; Temperature

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Measure Methods: Definition of temperature and international temperature measurement system, Bimetal thermometer and studying principle of thermometers.

ENO 203 Electrical Machines and Control 3+1 4,0 Electrical Machines: Fundamental structures of electrical machines, Kinds and definition of connection types; Automatic Control Symbols: Symbols of automatic control components, Drawing with computer of symbols; Automatic Control Elements: Types of control elements and it's circuit connection; Automatic Control Circuits; Automatic Control Circuits Test and Measurement Techniques: Fault detection and repair.

ENO 204 Data Addition and Control with Computers 3+1 5,0

Basic Terms: Programmable logic control and data summing with computer and basic concept related with control, "Data summing with computer and control" SCADA programmes definitions, Similarities and differences among SCADA software; Actual SCADA Programming: Stopping and operating motors with instructions; Programmable Logic Control and SCADA Communication.

ENO 205 Process Control 3+1 4,0 Automatic Control Terms: Set point, Error, Process variable and definitions of measurement, Overshoot, Rise time, Settling time definition; Automatic Control Symbols; Automatic Control Methods; Definition of Open Cycle and Closed Cycle Control Systems; Control Structures; Stabilities at Control Systems; Final Driver Elements.

ENO 206 Fuzzy Logic 3+1 4,0 Fuzzy Logic Term: Boolean algebra process, Cartesian multiplication, Logic multiplication, Logic addition, Closed addition process, Closed subtraction process; Fuzzy Mathematics; Fuzzy Logic Control Application: Flow diagram of fuzzy logic control application; Different Control Applications with Fuzzy Logic Control Evaluations; Artificial Neural Networks and Fuzzy Logic Neural Networks: Neural network, Hebbian, Kohonen, Back-Propagation learning methods.

ENO 207 Numeric Control Techniques 3+1 4,0 Numeric Counter Definition: The units in counter; The Hardware in Numeric Counter: Studying shape of step motor, The measurement system speed of motor cycle, Angular haste, Verbal momentum, Friction momentum, Incitement momentum; Haste Momentum Definition; Handle Piece Programming: G-M cods at NC; Programme Test and Wood Shavings Production; Computer Based Piece Programming.

ENO 209 Control with Computer 3+1 4,0 Industrial Computers: Technique properties of solid state memory, Transmitter modules, Receiver modules, VGA

and TV signal converters, Flat panel / CRT screen modules; Speedy Data Measurement and Control Cards; Signal Processing and Measurement Modules; Industrial Communication; PC Based Communication Control; Distant Data Measurement and Control Modulations; Scattered Data Measurement and Control Systems.

ENO 210 Microcontroller Based Control 3+1 4,0 Basic Terms about with Input-Output Processes: "Sink current", "Source current" concept, Parallel Data Transfer Process; Programming to Input-Output Device; Interrupt: Definition of interrupt vector, Interrupt sub-programs; Counters-Timers: Counter-Timer units and principles of working, Step motor control with microcontroller, DC motor control with Microcontroller; ADC-DAC Applications.

ENO 211 Chemical Process Measurements 3+1 4,0 Analytical Instrumentation Basic Principles: Electromagnetic radiation, Chemistry reaction formations and sorts, The effects of magnetic and electromagnetic field; Electrical Conductivity: The concepts of atom, molecule, The concepts of ion, Classification of conductivity measurement equipments; PH Measurements; Gas Analysis Methods; Viscosity; Density; Oxygen Analysers; Relative Humidity; Mass and Ultraviolet Spectroscopy.

ENO 213 Converter Design 3+1 4,0 Basic Terms: Pressure, Level, Temperature, Humidity, Transducer and transmitter; Op-Amplifier Applications: Working principle of Op-amp, Design of current-voltage converter using OPAMP (I-V converter); Analog/Digital; Digital/Analog Converters: Design DAC using OPAMP, Basic principles of A-D converter; Oscillators: Hartley oscillator, Wien-bridge oscillator.

ENO 217 System Analysis and Design I 1+1 2,0 Fundamental Concepts: Determination of system design subject; Steps of Process: Research on system design subject, determination of information, observation, experiments; Repressentation: Runing of system design or simulation.

ENO 218 System Analysis and Design II 1+1 2,0 Fundamental Concepts: Determination of system design subject; Steps of Process: Research on system design subject, determination of information, observation, experiments; Repressentation: Runing of system design or simulation.

GID 102 Food Hygiene 2+1 3,0 Controlling Mechanisms for Micro organisms: Disinfection, sterilization methods, Identifying cleaning materials and sterilization equipment, Steriants, Disinfectants; Microbial food spoilage: Factors effecting microbial growth, recognition of food poisonings, Diseases related to micro

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organisms; Evaluation Hygienic Design for Plants: Workers, equipment, air, working cloths.

GID 111 Science for Food Studies I 2+3 4,0 Basic Chemical and Biological Concepts; Basic Food Components: Carbohydrates, Lipids, Proteins, Vitamins , Minerals, Water; Organic compounds: Aldehyde, Ketone, Carboxylic acid, Ester, Amino, amide, Thiol; Properties of colloidal systems food, properties of Inorganic Chemicals and Organic Compounds in Foods, Biochemical Reactions.

GID 112 Science for Food Studies II 2+0 2,0 Basic Chemical and Biological concepts; Basic food components: Carbohydrates, Lipids, Proteins, Vitamins, Minerals, Water; Cell functions; Tissue Structure; Basic Nutrition: Normal diet, Common nutritional deficiencies, Energy value; Nutritional Value of food; Dietary Regulations for Different Occupations. .

GID 121 Microbiology 2+2 4,0 Microbiology Laboratory Equipment: Microscopes; Micro organisms: Micro organisms, Bacteria, Fungi, Algae, Protozoa, Viruses; Factors Influencing Microbial Growth; Cross Contamination; Cultivation of Micro organisms:; Comparing Growth Curve of a Bacterial Population with Mould.

GID 122 Food Processing Principles II 2+4 5,0 Principles of Food Preservation; Description and comparison of Basic Techniques for Food Preservation: Heat; Boiling, Cooking, Pasteurization, Sterilization; Irradiation: Radurisation, Radappertisation, Radisidation; Water Activity; Storage: Modification of Atmosphere, Controlling the Atmosphere; Freezing; Fermentation; Aseptic packing; Dehydrating: Drying, Lyophilization; Using Preservatives.

GID 131 Food Processing Principles I 2+0 2,0 Food Contaminants and Spoilage Factors, Microbial Contaminants and Contaminations, Factors Effecting Microbial Growth, Inhibition ; Food Preservation and Food Manufacturing Techniques; , Hurdle technology; Food Processing Techniques..

GID 142 Food Analysis II 2+2 4,0 Laboratory Equipments; Pipettes, Burettes etc. Glassware, Balances, Centrifuges, Homogenizer, Evaporator; Distilled and Deionised Water; Preparation of solutions; Gravimetric and Volumetric Analysis: Titration, Centrifugation, Homogenization, Evaporation.

GID 151 Food Analysis I 2+2 4,0 Principles of Chromatography; Paper Chromatography, Gas Chromatography; Liquid Chromatography; Thin layer Chromatography; Column Chromatography Methods; Description of Development; Locating Agents; Solvent Front, Rf Value; Spectroscopic Analysis: IR, UV and visible spectroscopy, Flame photometer.

GID 152 Food Legislation 2+0 2,0 Food Laws and Regulations; Aspects of National and International Food Legislation: Codex , EC food regulations; Hygiene Requirements in food Prodiction; Consumers Risk; Introduce the concepts and principles of quality assurance; Quality control .

GID 211 Food Legislation Assurance 2+0 2,0 Quality control: Quality, Product Quality, Quality to consumer, quality for appropriate usage, quality to export, simple quality circle; Quality control: Total quality control structure, quality control organization, planning, controlling; Quality properties and measurements in food : Physical quality properties, hidden quality properties; Sensorial assessment methods; Quality assurance; HACCP applications; ISO 9000 inspection standards. Importance of Quality Control; Quality control design; Standardization and Specifications: Voluntary standards, Absolute standards, Consumer specifications, Firm specifications, Handling specifications, Product specifications; Quality costs: Prevention costs, Expertise costs, Failure costs, Total quality cost; Responsibilities and duties of manufacturer and goverment, problem and problem solving regulations.

GID 213 Science of Food Commodities I 2+4 6,0 Composition of Meat and Meat products; Carcass Separation Techniques, ;Product Processing Methods; Storage ;Fermentation Technology; Fermentation of Micro organisms; Beverages; Food Production by Fermentation; Vinegar, Pickle olives, Confectionery Production, Instant Soup and Meat extract production Technology.

GID 214 Science of Food Commodities II 2+2 4,0 Milk and Milk Products; Chemistry of Milk; Milk Treatment, Production of Marketing Milk Products; Oil Production: Processing and Refing Methods; Cereals and Baked Products: Composition of Cereals, Structure of a cereal grain, Wheat milling, Bread making, Cakes biscuits and pastry , Breakfast cereals, Pasta products, Other cereals.

GID 221 Food Processing I 3+3 6,0 Equipment and Machines Used in Food Industry; Describing Basic Principles of Processing; Handling, and Food products: Cutting, Size reduction, Separation, Sorting, Grading ; Transportation of solid and liquid Food Products: Conveyor bands, pumping; Descriptions of Units.

GID 224 Food Processing II 4+4 8,0 Processing Equipment: Heat transfer, Convection, Conduction radiation, Dielectric and microwave heating; Preservation of Foods by Radiation; Heat transfer systems, Working principles; Application of Heat to Foods: Cooking, Boiling, Pasteurization, Sterilization; Concentration of food: Evaporation, Principles of evaporation operation , Types of evaporation; Freeze concentration; Dearator; Deodorization; Dehydration: Spray drying, Osmotic drying, IMF; Preservation by Freezing; Protective Packaging of Food; Flowcharts of some Food Productions.

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GID 233 Supervision Information and Control 2+0 2,0 Appling Simple Techniques Appropriate To The Control of Production And Ancillary Materials; Review Methods Available For The Purchase of Materials; Identifying Appropriate Method For A Given Situation; Evaluate T Stock Control Systems Based On Fixed Order Cycles And Applying Them To Simulated Situations; Applying Simple Techniques Appropriate To Control of Product Coats; Preparing A Manpower And Materials Budget For A Simulated Production; Constructing A Simple Breakeven Chart Which Identifies Price, Fixed Coast And Variable Coast

GID 234 Supervision, Information and Control II 2+0 2,0

Resources Used in Production: Manpower, Materials, Machines; Effective Control of Resources: the Quality control, Quantity, Performance of the workforce; Information to Control Quality, Quantity; Yield of the Materials Used in Production; Utilisation, Efficiency Equipment Used in Production; Simple techniques appropriate in controling production of manpower; Production, Product Costs.

GID 243 Food Analysis III 2+2 4,0 Titrimetric Analysis; Analyzing food for Lipid Content: Soxhlet extraction, Iodine value, Saponification value, Acidity, Peroxide value; Analysing food for carbohydrate content: Fehling's method, Benedict's method, starch determination; Analyzing food for protein content: Kjeldahl method, formol titration, determination of nitrogen content; Determining mineral content of food; Analyzing food for food additive content; Determination of important vitamins in food.

GID 254 Factory Services and Process Control 1+1 2,0 Services Necessary to Run a Food Processing Unit: Water sources, Steam sources, Compressed air production, Electrical services, Refrigeration; , Basic control concepts : Effluent disposal, Pollute items, Electrical overload, Fire, Corrosion, Earting systems Refrigeration ; Automatic control in industry: Advantages, Open loop control , Closed loop control, Pneumatic systems, Hardwired systems, electrical systems.

GID 263 Technical Project II 2+0 4,0 Research, Comparing, use of Industrial Information and Technical Information; Accounting Commercial Implications: Experimental work, Theoretical work; Undertaking a project, Integrating Concepts , Skills; Assessment of results: Discussion; Presentation; Assessment for industry: Commercial Use, Technological use.

GID 264 Technical Project II 2+0 4,0 Research, Comparing, use of Industrial Information and Technical Information; Accounting Commercial Implications: Experimental work, Theoretical work; Undertaking a project, Integrating Concepts , Skills;

Assesment of results: Discussion; Presentation; Assesment for industry: Commercial Use, Technological use.

GRA 110 Graphic and Animation 3+1 4,0 Pictures Files; Comprehension of various kinds of picture files forms and properties, Commonly used picture files picture saving files, Properties of picture files; Selecting The Most Useful Picture Forms to Be Used in Web; Opening the Existing Picture and Making Necessary Arrangements on the Picture Files to be able to Make Picture Files; Animations for Web Pages; General Properties of the Animation Creating Programmes; Necessary Drawing Object for Animation; Animation Logic; Creating Animations Using Various Methods.

GRA 211 Web Design 1+1 2,0 Basic Internet Terms: Server- client logic, TCP-IP Protocole, WEB based services; Introduction To Web Design: Softwares required for design and installation, FTP software; HTML: All HTML commands used in HTML; Script Using: The commands belong to script languages supporting design and flexibility while preparing web pages; Design and Planning: The design criteria needed to prepare visual and productive web pages.

ILT 105 General and Technical Communication 2+0 2,0

Definition and Type of Communication: Communication and it's basic concepts, Types of communication; Oral Communication: Techniques, Principles and necessity of oral communications, It's effects in daily living written Communication; The kinds of written which is seen , The kinds of written which is institutional communication at business Life; Applying Communication Techniques at Business Life; Graphics Communication; Usage Purposes of Graphic and Schemes Communication with Technological Devices; Supplying Easiness of Technologic Equipments.

ING 103 English I 4+0 4,0 Articles; Prepositions: Place, Time, Movement; Singular and Plural nouns: Countable and Uncountable nouns; Tenses: Simple present tense, Present continuous tense, Past simple tense, Future tense, Present perfect tense; Modals: Will, Should, Shouldn't Must, Mustn't, Can; Comparisons; Pronouns: Subject, Object, Demonstrative, Possessives; Adjectives; Statements: Positive, Negative, Question; Conjunctions: And, But, When, While, Because.

ING 104 English II 4+0 4,0 Tenses: Present simple, Present continuous, Past simple, Past continuous, Will and going to, Present perfect continuous , Past perfect simple; Modals: Might, Could, Can, Must, May; Adverbs: Adverbs of manner, Purpose, Location; Adjectives: Order of adjectives, Comparative, Superlative forms; Passive Voice: Present, Past, Future, Modal passive; Conditionals; Relative Clauses; Reported Speech; Infinitive and Gerund; Noun Clauses; Adverbial Clauses; Comparison and Contrast.

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INS 103 Building Static I 2+1 3,0 Structural Analysis; Assumption in Structural Analysis; Loads, Internal loads, External loads; Balance Equations of Plane Geometry and Solid Geometry: Balance of Solid geometry, Balance of Plane geometry; Description of Moment, Moment equation, Supports; Sort of Supports; Beams, Sort of beams, Analysis of beams; Frames and Types of frames, Analysis of frames.

INS 104 Building Static II 2+1 4,0 Hinged girders; Description of Hinged girders; Definition of Hinged girders; Types of Hinged girders; Calculations about Hinged girders; Description of trussed beams, Calculation of staff in trussed beams Arches and Frames of three hinges; Internal Forces in Static Indeterminacy Systems; Static Indeterminacy System calculations by CROOS and BIRO methods.

INS 105 Technology of Building I 2+0 2,0 Description of Buildings; Types of buildings; Description of Foundation; Function of Foundation; Types of foundation; Earthwork in Underground, Drainage, Fortification, Excavation; Types of Walls, Materials of building walls, Techniques in building walls; Stairs, Members of stairs; Chimneys; Roofs; Other constructive part of building; Covering materials; Usage places of covering materials.

INS 106 Technology of Building II 1+1 2,0 Reasons for Using the Dilatation Joint in Buildings; Insulation; Types of Insulations; Insulation Materials; Earthwork, Introducing the Earthmoving Equipment; Excavation, Easy Excavation Calculations, Cost of Transportation Calculations, Earthmoving; Techniques of Compaction of soil; Ways of Ground Improvement; Traditional and advanced techniques of making building methods, Comparison of the methods.

INS 107 Materials Science and Materials of Construction 2+1 3,0

Atoms in Materials: Linkage of atoms, Arrangement of atoms, Fundamental knowledge influencing atoms in materials; Characteristics of Materials; Thermal Characteristics of Materials; Acoustical Characteristics of Materials; Choosing Materials; Mechanical Test Methods of the Materials; How to Use and Where to Use Materials in Buildings; Types of Materials; Plastics, Metals, Stones, Wood etc.

INS 108 Technology of Concrete 3+1 4,0 Cementation Materials; Lime; Cement; Cement Raw Materials ; Puzzolans; Physical and Mechanical Properties; Aggregates; Properties, Experiments; Factors Affecting the Strength of Concrete; Water in Concrete Mix, Water quality in Fresh Concrete; Properties of Fresh Concrete; Calculation of Composition of Concrete Mix; Production and Curing of the Concrete; Definition of Concrete Quality by Experiment Methods.

INS 110 Strength of Materials 2+0 2,0 Strength of Materials; Converting the Units; Simple Stresses Types, Compression Stress, Tensile Stress, Shear Stress; Simple Stresses Calculations; Admissible Stress, Simple Hydrostatics Calculation; Fundamental Principals of Pascal and Archimedes Laws; Deformation Under Axial Load; Definition of Inertia end Centre of Gravity; Designing of Rectangular Simple Beams.

INS 114 Architectural Drawing and Details Drawings 2+1 4,0

Drawing Exercises; Definition of Design Geometry and Drawing Techniques; Plan Drawings in Architectural Elevation Drawings, Section Drawings; Measurements of Architectural Projects; Advanced Design for Selected Part of the Project; Foundation, Floor, Wall, Roof, Stairs, Window and Door Details Drawings; Details Drawings of Heat, Voice and Moisture Insulation; Presentation in Three Dimensional Drawings.

INS 201 Reinforced Concrete I 2+2 4,0 Introduction and Descriptions; Definition characteristics of Concrete Still, Sort of Still; Concrete Description and Classification Load Bearing Members of Building; Static and Reinforced Concrete Calculations of Slabs; Reinforced Concrete Calculations of Beams; Reinforced Concrete Calculations of Columns; Principles of Calculations Elastic Theory and Ultimate Strength Theory; Turkish Standard No: 500.

INS 202 Reinforced Concrete II 1+1 2,0 Basic Behaviour of Load Bearing Walls (Rainforest Walls); Principle of Calculations of Load Bearing Walls; Principles of Structure of Load Bearing Walls, Descriptions; Reinforced Foundations; Calculate and Design Simple Reinforced Foundations, Running Footing; Individual footing, Continuous Footing, Foundation Raft, Formation and Calculation, Details; Principle of Choosing, Dimensioning, Calculation Reinforcement, Investigation methods, Static Calculation.

INS 204 Quantity Surveying (Estimate of Coasts) 3+1 4,0

General Definition of Public Works; Terminology and its Explanation; Coast; Expenditure; Income; Investment; Making Budged; List and Table; Conceptual and Quantitative Explanations of Other Definitions; Regulation of Adjudication and Preparing Adjudication File; Content, Conditions of Participation, General Documents Used in Public Works, For List and Tables; Construction Management, Construction Technology; Law and Regulations According to General, Private and Their Examples.

INS 205 Soil Mechanics I 2+1 4,0 Geology; Turkey's Geological State; Rock Constitution Crust of the Earth, Constitutions and Origins of Rocks Types; Earthquake, Earthquake Types; Seismic Zones of Turkey About Earthquake; Methods of Sampling; Composition of Soil; Sampling by Boring, Boring Methods,

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Trial Boring; Physical and Index Properties of Soil; Permeability and Seepage; Effective Stress Concept; Total Stress; Pore Water Pressure.

INS 206 Soil Mechanics II 2+1 4,0 Consolidation, Consolidation Theory, Stress Distribution in Soil (Point, Linear and Uniform); Under Linear Pressure and Under Square Area; Mhor Stress Circle and Mhor-Coulomb Breaking Theories; Lateral soil pressure, Bearing capacity, Boundary bearing capacity, Safety soil pressure, Consolidation Settlement; Immediate Settlement Experiment; Simple Settlement Calculations; Calculation of Earth Pressure.

INS 207 Steel Structures I 2+0 2,0 Introduction to Steel Structures; Structural Materials; Steel; Specifications, Structural Behaviour; Steel Convections Tools; Preservation of Steel; Example of Building with Steel Structures; Joining of Steel Members; Tension Members; Load and Resistance Factor Design; Connection of Tension Members; Compression Members; Structural member; Types of Elements; Joints; Two-dimensional Members, Tree-dimensional members; Types of Supports.

INS 208 Steel Structures II 2+0 2,0 Steel-Framed Structures; Developments and Achievements; Example of Steel-Framed Buildings; Principles of Design and Construction; Effect of Combined Flexural and Axial Load on Constant Cross-Sectional Members; Truss Systems; Plate Girders; Profile Beams, Beam Joins; Supports and Connections. Steel Roofs; Structural Behaviour, Elements of Steel Roofs Their Drawings.

INS 209 Highway Constructions I 2+1 4,0 Components of Transportation Systems; General characteristics of Highways; Planning Urban Roads; Vehicle and Road Users Characteristics; Stopping and Passing Sight Distance; Horizontal and Vertical Curves; Transition Curves, Zero Line Application Simple Horizontal Curve, Types of Pavements.

INS 210 Highway Constructions II 2+1 4,0 Definition of Highway Pavement and Introduction; Stresses in Flexible Pavements; Traffic Load, Properties of Pavement Components; Properties of Aggregates and Bituminous; Quality control Test on Materials; Design of Highway Pavement; Flexible Pavements; Design Methods an Laboratory Tests; Asphalt Pavement, Concrete Pavement and Attendance, Repairing; Drainage.

INS 211 Determination of Building's Damaging I 2+1 4,0

Definition of Survey and Giving of Varieties; Concrete; Mass five and Survey Application in Prefabricated Buildings; Destruction and Under structure; Application of Test Methods (Core and Test Hammer); Settlement Cracks, Giving of Split Types Almost Earthquake Splits.

INS 212 Determination of Building's Damaging II 2+1 4,0

Make Clear of Damage Specieses in Elements Non - Load Bearing in Concrete Buildings and Formation Reasons; Make Clear of Damage to Square in Load Bearing Element in Concrete Buildings and Formation Reasons; Repair in Building and Giving of Using Methods in Cover.

INS 215 Prefabrication Structural Systems I 2+1 4,0 Principles of Modular Co-ordination and Planning: Modular co-ordination, Basic module, Joints and Tolerances; Prefabrication and Industrialisation; Evolution, Industrialised Building Methods, Classification of Methods; Production Methods; Analysis of Productions; Timber and Steel Prefabricated Structural Systems: Design, Productions, Assembly.

INS 216 Prefabrication Structural Systems II 2+1 4,0 Principles of Modular Co-ordination and Planning: Modular co-ordination, Basic module, Joints and tolerances; Prefabrication and Industrialisation; Evolution, Industrialised Building Methods, Classification of Methods; Production Methods; Analysis of Productions; Design Criteria for Concrete Framed and Prefabricated Structures (Wall, Roof etc.); Elements of Concrete Framed and Prefabricated Structures; Concrete Prefabricated Structural Systems: Design, Productions, Assembly.

INS 217 Building Services Systems 2+0 2,0 Electrical Installation; Materials in Electrical Installation; Heating Systems; Thermal Installation; Energy Sources; Heat Transfer Mechanisms; Direct Heathers; Central Heating, Boilers; Flues, Room Emitters, Control of Heating Installations; Ventilation Systems; Air Tanking, Air Distribution Systems, Supply; Drainage; Design Principle, Drainage above Ground, Drainage Below Ground; Plumbing, Materials in Plumbing; Fire Safety Systems; Noise and Vibration Control.

INS 218 Water Supply and Waste Water 2+1 4,0 Collection of Surface Water and Groundwater Supply for Analyses of Water for Bacteriologic; Chemical and Radiological; Characteristics; Collecting; Treatment of Wastewater; Soil-Water Relationship; Irrigation Methods; Descriptions of Water Transmission Methods General Considerations in Wastewater Treatment.

INS 219 Organization of Office and Site 3+0 4,0 Types of Construction; Construction Firms and Elements; Management of Construction Firms: Project director, Site chief and his tasks; Organization of Site; Work and Worker Insurance; Project Management; Planning and Computer Applications; Site reports, Changes in Project; Project Productivity; Use of Work Machines; Corporation of Construction Firms; Risk Management; Management of Quality; Contract For Public Work.

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INS 221 Hydraulics and Hydrology 2+1 4,0 Description of Hydrology; Hydraulic Cycle; Precipitation; Precipitation Area; Characteristics of Description of Ground Water and Surface Flow Base of Hydrostatics; Calculate Simple Hydrostatic Pressure; Fundamental of Hydrology Theories; Using Theories, Bernoulli and Continuity Flow Equations; Pipe and Open Channel Hydrology, Flow Types, Laminar and Turbinated Flow; Energy Lost.

INS 222 Masonry Structures 2+1 4,0 Understanding and Nature of Building; Proscess of Masonry Building Design and Construction; Wall; Internal walls, External walls, Dry walls, Masonry Building; Basement Design Construction: Bond bricks and gas concrete block etc. wall and Type of Knitting, Construction Rules; Wall covering; Mortars, Screeds, Joints and Pointing; Construction Rules; preparing surface before application.

INS 225 Timber Structures 2+1 4,0 Timber; Nature of Timber as Structural Material: Production, Specification; Structural Behaviour; Joining Timber Members; Preservation of Timber; Timber; Introduction Tools and Machines in the Workshop: Use, Repair, Safety; Reinforced Concrete Mould; Timber Roofs, Doors, Windows; Walls, floors; Ceiling coverings; Examples of Buildings with Timber Structures.

INS 226 System Analysis and Design 2+1 4,0 Selection of Topics: Project definitions and pr-hypothesis, Practice approach in problem solving, Producing solutions with Updated Technology Use, Suggestions; Preparation of the Project: Organization of Project Work, Organizing of Project File, Preparing Project; Presentation of the Project: Written, Visual, Oral.

INS 227 Computer Aided Design I 2+0 2,0 Purpose of CAD Systems; Basic Information About It's Hardware and Software; Teaching Fundamental Information About the Use of CAD Systems; Coordinate Systems in CAD Systems; Basic Commands for Basic Geometrical Shapes; Arranging Objects on the Screen Which Have Been There Before; Adding Text to Drawing File; Architectural Dimension: Block, Explode, Hatch.

INS 228 Computer Aided Design II 2+0 2,0 Drawing Short Details As Timber Roofs, Stone Wall Hatching And Arranging Objects On Screen; Adding Text To Drawing File; Architectural Dimension; Block, Explode, Hatch By CAD System; Draw A Simple Architectural Building And Parts; Elevation Drawings; Section Drawings; Measurement; Stair Case; Roof; Foundation Drawings; Details of Reinforcement Concrete; Printing the Drawing.

INS 251 Surveying 2+2 4,0 Definitions and Basic Principles; Theory of Errors; Units of Measurement; Distance Measurement; Equipment and

Method, Levelling; Equipment Trigonometric and Different Methods of Levelling; Levelling Application; Theodolite; Measurement of Horizontal and Vertical Angles; Tachometer; Preparation of Longitudinal and Transverse Sections of the Field; Area and Volume Computations; Application Measurements.

ISL 209 Business Management 2+0 2,0 Business and Basic Concepts, Aims and Relationship with Environment of Management: Basic concepts, Business' aims, Importance in economical structure, Difference between manager and entrepreneur; Classification of Businesses: Dimension, Property, Legal structure etc.; Establishment Studies, Dimension and Capacity: Foundation stages, Location, Dimension definion, Capacity; Functions of Business: Management, Organization, Control, Planning; Organization Operation Process: Leathership and management, Strategical management, Change, Groups, Motivation.

ISL 421 Entrepreneurship 2+0 3,0 Importance and Evolution of Entrepreneurship: Entrepreneurship within the framework of Manager, Concepts of Entrepreneur, Employer, Boss and Investor; Leadership in Entrepreneurship and Importance of Management Characteristics; Characteristics of Entrepreneurship; Changing Views of Entrepreneurship; General Evaluation of Entrepreneurship in Turkey: Change and Entrepreneurship; Entrepreneurship before and after the Republic; Female Entrepreneurs.

KGS 104 Quality Assurance and Standards 2+0 2,0 Standardization: Definition, Aims and principles, TSE (Turkish Standards Institute) and its mission, Regional and internal standardization associations; Quality and Quality Concept: Quality definition and concept, Quality approach, Quality costs and risks, Concept of quality control; Quality Assurance: Quality management principles, TS-EN-ISO 9000, TS-EN- ISO 9001; TS-EN, ISO 9004, ISO 9004, ISO 19011 standards and explanations; Vocational Standards: Understanding vocational standards.

KIM 107 General Chemistry I 2+0 2,0 Matter: Elements, Compounds, Mixtures; Measurements and Moles: Determination of Chemical Formula, Solutions; Chemical Reactions-Modifying Matter: Chemical equations and chemical reactions; Reaction Stoichiometry-Calculations: How to use reaction Stoichiometry; Properties of Gases: Gas laws; Liquid and Solid Materials: Liquid structure. Solid structures

KIM 111 Introduction to Chemical Technology 2+2 4,0 Water Technology; City Water and Industrial Water Properties; Energy and Fuels; Coal Technology; Gas Fuels Technology ; Industrial Gases; Industrial Carbon; Chlorine-Alkali Industries; Nitrogen Industries; Sulphur and Sulphuric Acid Industries; Nitric Acid Industries;

520

Hydrochloric Acid Industries and Various Inorganic Chemical Substances Production and Usage.

KIM 112 Introduction to Chemical Processes 2+2 3,0 Heat Process: Vaporization and Condensation; Vapour Pressure; Boiling Point; Batch and Continuous Distillation Principles; Drying and Evaporation; Separation Process: Filtration, Sedimentation, Floatation, Extraction; Mechanical Process: Conveying systems, Mixers, Tanks, Grinders; Various types of charts.

KIM 123 Fundamentals of Chemistry 3+3 4,0 Matter: Elements, Compounds, Mixtures; Measurements and Moles: Determination of Chemical Formulas, Solutions; Chemical Reactions-Modifying Matter: Chemical equations and chemical reactions; Reaction Stoichiometry-Calculations: How to use reaction Stoichiometry; Properties of Gases: Gas laws; Liquid and Solid Materials: Liquid structure, Solid Structure.

KIM 124 Inorganic Chemistry 3+3 5,0 Chemical Kinetics: Determination and calculation of reaction rates, First order reaction, Second order reaction, Third order reaction, Nature of equilibrium; Equilibrium calculation, reaction mechanism, Thermodynamics: thermo chemistry-Energy, Heat, and Enthalpy: Enthalpy of chemical change. Heat output of reactions; Electrochemistry: electrolitic solutions and thermodynamics, Electrochemical cell, Faraday Law, Photovoltaic cell.

KIM 142 Supervision, Management and Economy 2+0 2,0

Management: Definition, Significance of management for business enterprises, Comparison of management to similar concepts; Development of Management Science: Classical, Behavioural and modem theories, Management systems, Decision making and planning; Concepts of Authority and Power: Characteristics of authority and power, Delegation of Authority; Organization: Characteristics and principles, Comparison of organization and planning processes, Departmentalization; Staffing: Fundamentals, Staffing process; Leading: Fundamentals, Leading process; Organizational Structures: Development and types of organizational structures; Controlling: Fundamentals and the controlling process. Concept of Managerial Economics; Definition and Significance; Decision Making: Environment and stages of decision making; Profit Approach in Managerial Decisions; Demand Analysis; Cost Analysis; Competition Approach in Managerial Decisions and Markets; Market Structures.

KIM 157 Chemistry 2+2 4,0 Basic Concepts: Matter and states of matter, Chemical and physical properties of matter; Writing and Naming Formulas of Compounds; Chemical Equations; Chemical Reactions and Energy; Structure of the Atom; Periodic Table; Chemical Bonding; Concept of Mole; Chemical Reactions and Stoichiometry; Thermodynamics; Properties

of Gases; Gas Laws; Properties of Solutions; Chemical Kinetics; Chemical Equilibrium.

KIM 213 Organic Chemistry 2+2 4,0 Basic Principles: Atomic structure and chemical bonding, Hybridization and geometry of organic molecules, Classification of organic reaction mechanisms; Alkanes: Systematic nomenclature of aliphatic hydrocarbons, Isomerism, Conformations Reactions, Synthesis, Tests; Alkenes: Homolog series, Physical and chemical properties, Reactions, Synthesis; Alkynes: Physical and Chemical Properties, Reactions, Synthesis, Tests: Cycloalkanes: Ring strain and unstability, Physical and chemical properties, Reactions, Synthesis, Tests; Aromatics compounds: benzene and derivatives , physical and chemical properties, reactions, synthesis, tests.

KIM 214 Organic Chemistry /Biochemistry 3+3 5,0 Alcohols and Phenols: Nomenclature and classification. Physical and chemical properties, Reactions, Synthesis; Ethers and Epoxides: Properties, Reactions and Synthesis; Amines: Properties, Reactions and synthesis. Tests. Aldehydes and Ketones; Nucleophilic Addition Reactions of Carbonyl and Related Functional Groups and Their Synthetic Uses; Carboxylic Acids and Their Derivatives and Related Functional Groups: Properties, Reactions and synthesis. Tests; Fatty Acids and General Properties; Simple Lipids, Types and Functions; Compound Lipids; Carbohydrates: Properties, Reactions and synthesis. Tests Amino Acids, Structures and Main Reactions; Main Natural Peptides and Functions; Classification of Proteins; Natural Defence Proteins; Enzymes and Cofactors.

KIM 216 Unit Operations 2+2 4,0 Fluid Flow Mechanics: Laminar Flow, Turbulent flow; Mass and Energy Equations; Heat Transfer and Applications; Evaporators; Single- Stage Operation: Liquid-Liquid Separation, Solid-Liquid Separation; Gas Absorption; Humidity; Drying; Distillation: Fraction Distillation, Continuous Distillation; Chemical Reactions and Reactors Types: Mixing Flow Reactors, Plug Flow Reactors.

KIM 223 Analytical Chemistry 3+3 6,0 Basic Concepts in Analytical Chemistry; Errors in Chemical Analysis: Random errors in analysis; Statistical Evaluation of Analytical Data; Gravimetric Methods of Analysis: Properties of precipitates and precipitating reagents; Titrimetric Methods of Analysis: Properties of volumetric titrimetry; Aqueous-Solution Chemistry; Chemical Equilibrium; Effect of Electrolytes on Ionic Equilibrium; Thermodynamic and Concentration Equilibrium Constants; Application of Multiple-Equilibrium of Equilibrium Calculations; Theory of Neutralization Titrations: Acid-base indicators; Titration Curves for Multiple Acid-Base Systems: Poly functional acids and bases; Applications of Neutralization Titrations; Precipitation Titrimetry; Complex Formation Titrations: Titrations with metals; Introduction to Electrochemistry; Electrode Potentials; Applications of Standard Electrode

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Potentials; Oxidation-Reduction Indicators; Applications of Oxidation-Reduction Titrations.

KIM 224 Instrumental Analysis 3+3 5,0 Properties of Electromagnetic Radiation; The Basis of Spectroscopy; Components of Spectroscopy Instruments; Features of Spectral Transitions; Atomic Spectroscopy; UV-VIS (Ultraviolet-Visible) Spectroscopy: Applications of UV spectroscopy; IR Spectroscopy: Absorption on infrared region, Types of infrared bands. Vibration types; Infrared spectrometer; Infrared absorption regions. Factors affecting infrared spectrum. Applications of IR Spectroscopy; Theory of Nuclear Magnetic Resonance; Chromatography: Principles of chromatographic separation, Column chromatography, Thin-Layer chromatography, Ion 'chromatography, Paper chromatography and Gas chromatography.

KIM 232 Technical Project II 4+0 4,0 Research, Comparing Use of Industrial Information and Technical Information; Commercial Implications: Experimental Work, Theoretical work; undertaking a Project; Integrating Concepts; Skills; Assessment of Results; Presentation; Assessment for Industry: Commercial use, Technological use.

KIM 233 Industrial Chemistry 2+2 4,0 Petroleum Refining; Petrochemical Materials and Chemical Transformations; Alkylation, Animation, Halogenations and Hydro halogenations; Polymer Technology; Plastic, Synthetic fibres and rubbers. Production of Inorganic Material; Work Safety and Environment.

KIM 244 Employment Skills 1+1 2,0 Employment Procedure; Methods for Seeking Employment: News paper and journals, Bulletin boards, Employment agencies; Resume Writing, ; Writing Resume Formats; Interview Skills: Practice Interview Skills with Instructors and Other students; Responsibilities and Duties: Working Hours, Absenteeism, Vacations and Illness, Interpersonal Skills.

KIM 261 Technical Project I 2+0 4,0 Research, Comparing Use of Industrial Information and Technical Information; Commercial Implications: Experimental Work, Theoretical work; undertaking a Project; Integrating Concepts; Skills; Assessment of Results; Presentation; Assessment for Industry: Commercial use, Technological use.

KIM 266 Ceramics Technology 3+1 4,0 Raw Materials: Clay, Feldspar and silicate structures and properties; Ceramic Forming Methods; Ceramic Firing; Vitrification and Reactions; Balance Diagrams; Usage of Ternary Balance Diagrams in Ceramic Production; Tableware: Production, Features; Glaze and Enamel: Glaze preparation, Glaze application methods, Enamel preparation, Enamel application methods, Metals used in enamel and its properties; Glass: Production, Shaping, Types; Advanced Ceramics.

KIM 268 Methods of Industrial Wastes Removal 3+1 4,0

Prevention of Industrial Pollution: Characterization of industrial waste, National and international regulations; Pollution Prevention Technologies: Waste minimization, Recycle, Application of advanced technology; Feasibility Analysis in Industrial Waste Control: Environmental, Economic; Methods of Industrial Wastes Removal: Physical-chemical processes, Biological methods, Stabilization and solidification, Thermal methods, Regular stocking; Case Studies on Industrial Wastes Removal: Metal, Iron-steel processes, Chemicals, Textile, Food, Pharmaceuticals, Paper, Electronics industry.

KIM 270 Fuel and Energy Technologies 3+1 4,0 Energy; Energy Sources; Energy Conversion; Solid Fuels; Formation and Structure of Coal; Classification of Coal; Liquid and Gaseous Fuels; Physical Processing of Crude Petroleum; Natural Gas; Conversion Processes; Cracking; Reforming and Other Processes; Carbonization and Gasification Processes; Calorific Value: Tests on liquid fuels; Flue Gas Analysis;

KIM 272 Oil Technology 3+1 4,0 Raw Materials: Resources of animal fat, Resource of vegetable oil, Resource of mineral, Oil; Oil seeds: Storing, Cleaning, Conditioning, Sizing; Oil Recovery Methods: Mechanical pressing, Solvent extraction; Oil Refining: Removal of adhesive materials; Removal of coloring materials; Removal of odor, Removal of gums; Quality of Edible Oil; Applications of Waste Oil Processing.

KIM 274 Industrial Wastewater Treatment 3+1 4,0 Source and Characteristics of Industrial Wastewater; Wastewater Treatment Processes; Pre-and Primary Treatment: Equalization, Sedimentation, Oil separation, Flotation; Coagulation and Precipitation: Heavy metal removal; Aeration and Mass Transfer; Biological Wastewater Treatment Processes: Stabilization ponds, Aerated lagoons, Activated sludge processes, Trickling filters, Rotating biological contactors, Anaerobic decomposition; Adsorption; Ion Exchange; Chemical Oxidation; Sludge Handling and Disposal; Miscellaneous Treatment Processes: Land treatment, Deep well disposal, Membrane processes, Phosphorus removal, Filtration.

MAK 101 Engineering Measurement 1+1 1,0 Basic Information; Measurements; Definitions; Analyse of Laboratory Results; Dimensions; Angle and Plane Measurements; Pressure Measurements; Flow Measurements; Heat Measurements; Measurement Tools; Micrometer; Callipers; Comparator; Geometric Tolerance Definitions; Principles; References; Symbols.

MAK 102 Manufacturing Methods 2+2 4,0 Introduction Manufacturing Methods; Manufacturing Process; Casting; Sand Casting Run; Chilled Casting; Centrifugal Casting; Plastic Deformation Process; Hammer; Rolling; Drawn wire; Welding Process; Electric Arc

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Welding, Submerged in Arc Welding, Acetylene Welding, Other Welding Methods; Dust Metallurgy.

MAK 108 Agricultural Tractors 2+2 4,0 Classification of Tractors; Major Parts of Tractors; Types of Engines; Power Transmission; Clutch; Gear Box; Transmission Components; Mechanical and Hydraulic Clutches; Differential; Connecting Front and Rear Axle; Tractor Tires; Steering System; Break System; Components of Tractors; Three Point Connecting Mechanism; Hydraulic Lifting System; Types of Each of Toil Shafts; Front and Rear Loader; Work with Tractor; Repairing and Maintenance of tractor.

MAK 109 Agricultural Mechanization 2+2 4,0 Agricultural Mechanization Concept; Importance of Energy in Agriculture; Tractors; Mechanization in Agricultural Enterprises; Soil Treatment Equipments; Ploughs, Cultivators, Soil Mixing, Press Rollers; Sowing-Plantation-Fertilizer Machinery; Agricultural Pesticide Control Tool and Machinery; Harvesting Machinery; Greenhouse Mechanization; Mechanization in Stock Breading; Mechanization Practices in Cattle Breeding For Milk and Meat.

MAK 110 Engineering Drawing II 2+2 3,0 Engineering Drawing; Work Drawings; Assembly Drawings; Inspection and Control Drawings; Drawings Illustrating the Work Being Carried Out; Orthographic Projections of the Work; Invisible Parts; Sectioning; Turkish Standards; Surface Finish; Developments; Radial Line, Parallel Line, Triangulation Methods, Cylinders and Prism; Geometric Locus and Mechanism; Camps; Screws; Bearing and Roller Bearings; Geometric Tolerance.

MAK 113 Soil Technology and Crop Cultivation 2+2 3,0

Process Involved in the Formation of Soils; Soils Formation; Soil Textural Types; Soil Characteristics; Soil Conditions and Crop Production; Cropping Potential and Factors Relating to Cropping Potential; Crop Nutrition and Fertilizer Practices; Soil Analysis and Practices, Laboratory Test and Exercises; Crop Cultivation; Cool and Warm-Climate Crops, Leguminous Vegetables, Industrial Crops, Fodder and Cultivated Meadow and Pasture in Animal Breeding.

MAK 114 Engineering Science 2+2 3,0 Machines: Work, power, energy; Mechanical Advantage; Velocity ratio; Efficiency; Coefficient and angle of friction; Fluid pressure; Pressure measurement; Concept of the centre of pressure; Heat; Thermal expansion; Specific heat; The laws for ideal gases; Dynamic and Energy; Momentum, torsion; Measurements; Electrical equipment; Working and construct of capacitors and inductors; Systems.

MAK 115 Mechanical Drawing I 3+1 4,0 Geometrical Drawings: Angle, Spring, Curved, Straight line, Constructs the common tangents to two circles; Projection, Drawing View: 1st angle projection, 3rd angle

projection including the use of hidden detail lines; Dimensions; Identifying The Standard Symbols for Machined Surfaces; Section Views; Perspective Drawing: Spring, Curved; Standard Machine Components: Bolt, Loaf, Pin, Peg, Rivet, Welding.

MAK 116 Mechanical Drawing II 1+1 3,0 Tolerances and Surface Roughness: Surface finish symbols, Lay of surface, Design a pair of mattinggears for specified gear centres; Production Drawings: Basic forms of standards screw thread, Single start square screw, Mulstart square screw, Acme square screw, Buttress threads screw, Screw threads, Bearings; Gears; Installation Drawing; Drawing Studies: Engineering drawings to Turkish standard, Working drawings, Turkish standard including tolerancing.

MAK 117 Manufacturing Process I 3+1 4,0 General Information About Manufacturing in Mechanical Technology; Knowledge and Skills Process of Variable Equipment of Measurement and Control; Giving Information About the Equipment Related to the Handwork; Basic Drilling on Drilling Machine; Basic Turning on Universal Lathe; Basic Milling on Universal Milling Machine; Grinding Cutting Tools on Grinding Machine, Knowledge and Skills; Undetectable Elements; Basic Welding with Electrical Welding Machine.

MAK 118 Manufacturing Process II 3+1 4,0 Basic Knowledge and Skills Process in Universal Turning Lathe; Basic Knowledge and Skills Process in Universal Milling Machine; Knowledge and Skills Process of Variable Equipment of Measurement and Control; Grinding Tool to Free Hand in Carborundum Disc Machines; Basic Knowledge and Skills Process of Abrasion Machine: Stones, Tarpered work internal and extarnal using; Basic Knowledge and Skills Process of Welder's Bench.

MAK 119 Mechanical Technology I 1+1 2,0 Manufacturing Process; Cutting Tools for Scale Removing; Principles of Scale Removing in Turning Lathe; Principles of Scale Removing in Drill Bench: Describes the functions and uses of the centre lathe, Describes the machining of holes to a given tolerance; Undetectable Elements Principles of Scale Removing in Milling Machine: Describes the three main types of milling machine, Typical milling machine operations; Principles of Scale Removing in Guide and Screwplate.

MAK 120 Mechanical Technology II 1+1 2,0 Principles of Scale Removing in Turning Lathe; Principles of Scale Removing in Drill Bench: Milling cutters, Up cut and down cut milling, Mill flats at different angles, Drill holes at different angles; Principles of Scale Removing in Mule and Shape Machine; Principles of Scale Removing in Abrasion Machine: Following on the speed, Feed of the work; Grinding Wheel: Wheel dressing; Principles of Scale Removing in Brooch.

MAK 124 Engineering Science I 3+0 4,0

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Circular Movement: Angular velocity, Angular haste, Torque, Moment of a couple; Potential Kinetic Energy and Momentum; Principle of Conservation of Momentum: Impulse, Involving torque, Constant torque, Potantial energies, Kinetic energies; Simple Machines: Flow, power and loss in fluid; Temperature and Temperature Measurement Equipments: Internal energies, Enthalpy, Specific enthalpy, Water depends, Freezing point, Steam; Foundation of Gas Laws: Constant volume, Constant temperature, Constant pressure, Cycle of Carnot.

MAK 128 Materials Technology I 3+0 3,0 Classification of The Materials: Crystalline state, Simple cubic, Body centred cubic, Face centred cubic; Atomic Structure and Relative Force, A compound, An alloy; Latent Heat of Fusion: Solid solution, Equilibrium, Phase, Liquids, Solids, Eutectic composition, Eutectic temperature; Equilibrium Diagram: The iron carbon phase diagram; Iron Alloys; Steel; Non Iron Metals: Aluminium, Copper, Brass, Magnesium, Steel standards.

MAK 201 Non-Destructive Testing 2+2 4,0 Need; Importance and Applications of Non-Destructive Testing; Relationships Between Properties of Materials with Non-destructive Testing ; Non-Destructive Testing Methods: Defining and explaining of visual methods, Defining and explaining of acoustic methods, Defining and explaining of ultrasonic methods, Defining and explaining of penetrate methods; Defining and explaining of magnetic particle methods, Defining and explaining of electrical methods and Defining and explaining of radiographic methods.

MAK 202 Heating Process Technology 1+1 2,0 Structure of Steel: Crystal structure, Defect of crystal structure, Solid solution; Puddling of Steel: Quenching, Steel puddling, Tempering of the steel, Tempering of normalization, Tempering of steeping, Tempering of elimination of stress, Recrystallisation temperature; Methods of Heating Process for Steels: Water hardening, Case hardening; Annealing Steel of Structure; Carbon Tool Steel; Steel of High Speed; Defect of Crystal Structure; Jominy Test.

MAK 204 Agricultural Mechanization Project 2+2 4,0 Concepts and Language; Essential Terms; Form and Nature of Problems; Reviewing and Planning Project Proposals; Project Consultation; Theory and Practice; Developing the Project; Project Follow-up.

MAK 205 Internal Combustion Engines 2+2 4,0 Diesel Engines and Engine Fuels; Principles of Operation and Classification of Internal Ignition (diesel) and Internal Combustions Engines; The Nature and Combustion Characteristics of Engine Fuels; Major Parts of Engines; Cylinder block, Cylinder gasket, Combustion chamber, Intake and exhaust manifolds, Rim shafcase, Engine carter; Fuel mechanism and ignition mechanism in engines; Electrical Mechanism; Lubricating and Cooling Mechanisms; Engine Tests and Controls

MAK 206 Diesel Engine Overhaul and Repairs 3+3 4,0 Diesel Vehicle Engines: Overhaul and repair valves, Cylinder block, Cylinder, Cylinder heads, Piston, Crankshaft and flying wheel; Fuel system and ignition mechanism; Maintain and repair injectors and pumps, Air filtration and engine pressure charging mechanism, Fuel an ignition mechanisms in combustion engines ; Diesel engine electrics; Engine Wiring and Battery System; A.C and D.C Charging Systems; Engine Lubrication System; Motor Cooling Mechanism.

MAK 207 Agricultural Production Management 1+1 2,0

Agricultural Enterprises Within A System; Factors Account During the Planning Activity of the Agricultural Enterprise; Work Organization; The Conditions Required to Increase Agricultural Efficiency; Technicians and Importance of Supervision and Control; Work Evaluation in Agricultural Enterprises; Physical Standards and Work Efficiency; Effecting Factors and Methods of Procurement of Machinery.

MAK 208 Agricultural Product Processes and Technique 2+2 4,0

Factors Influencing the Enterprises Processing Agricultural Products and Management Planning; Regional, National and Export Products; Factors That Influence the Determination the Types of Activities Agricultural Enterprises Get Involved; Processing Agricultural Products; Technical Properties; Cleaning and Classification of Grain Crop; The Mills; Pressing Machine; Clearing and Filtration; Application of Heat Effect Processes; Drying Process; The Storage; Unit Processes.

MAK 210 Materials Technology 2+2 4,0 Ferrous Allays; Iron-Carbon System; Structure of Common Cast Iron; Steel; Heat Treatment of Metals and Their Structures; Non-Ferrous Allays; General Physical and Mechanical Properties of Pure Aluminium, Zinc, Magnesium, Copper; Aluminium-Copper Type Alloys; Brasses, Bronzes; Types of Polymeric Materials; Testing; Tensile Testing, Impact Testing, Hardness Measurements; Cold and Hot Working at Metals.

MAK 211 Safety at Work 1+1 2,0 Safety Legislation and Codes of Practice; Legal Obligations and Regulations; Highway and Transportation Regulations; Safety Requirements and Accident Prevention; Agricultural Power Machinery; Fire and Chemical Safety; Chemical Handling and Storage; Accident Prevention and Reporting Procedures; Accident Report Forms and Statistics; Demonstration of a Range of First-Aid Initiatives; Special Precautions to Be Taken While Working On Farms and Industry.

MAK 212 Agriculture Equipment and Machine Repairs 2+3 4,0

Planning and Scheduling Maintenance; Workshop For Practice Work; Cleaning and Inspection Procedures; Shop Tools and Work-Shop Equipments; Maintenance and

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Repair of Machinery; Servicing and Repair Procedures; Metal Works and Welding; Engine and Transmission Repairs; Engine Servicing and Repairs; Transmission and Equipment Repair; Tractor Hydraulic System; Hydraulic Components and Systems; Tractor Hydraulic Systems; Repairs of Agricultural Tools and Machineries.

MAK 215 Pre-Harvesting Agricultural Machinery 2+2 5,0

Soil Treatment Tools and Machinery; Basic Principles of Soil Treatment Equipment Used; Adjustment, Maintenance and Use of the Plough; Cultivators; Harrow; Soil Milling and other Tools and Machineries; Fertilisation Tools and Machinery; the Sowing Machines; Plantation Machines; Maintenance Tools and Machinery; Agricultural Pesticide Control Tools and Machinery.

MAK 216 Harvesting Machinery 2+2 3,0 Harvesting Crop Conditions; Threshing and Combine Harvesters; Threshing and Separating Machinery; Self-Propelled Combine Harvesters; Root Crops and Vegetable Harvesting Equipment; Root Crop Harvesting Machinery (Potato, Sugar, Beats); Vegetable Harvesting Equipment; Forage and Grass Harvesting Machinery; Forage Harvesting Machinery; Grass Cutting and Mover-Conditioning Machines; Farm Trailers.

MAK 217 Soil and Water Power Machinery 2+2 4,0 Soil Levelling and Treatment Machinery; Operating Principles of Soil Treatment and Terracing Machinery; Ripper; Dozer; Scraper; Grader; Cylinders; Impact Pressing Devices; Machinery Used in Collecting and Crushing Stones in Cropland; Tools and Machinery Used in the Construction of Irrigation and Drainage Canals; Water Raising and Irrigation; Structural Parts of Irrigation Pipe Lines; Types of Irrigation Pumps; Sprinkling Systems.

MAK 219 Manufacturing Process III 3+1 4,0 Universal Turning Lathe and Equipments; Revolver Lathes and Equipments: Variety of mirror, Taper fit, Apparatus of copy, Holding of tool, Bolt screw, Shoe, Bohrwerk, Copy NC; CNC Milling Machine; Both Vertical Milling Machine, Horizontal Milling Machine; Universal Milling Machine and Equipments: Grinding tool and basic abrasion process; Methods of Welding Process: Arc welding equipment, Oxy acetylene welding, Cutting for oxy acetylene, Metal spraying.

MAK 221 Computer Aided Design I 3+1 5,0 Basic CAD Applications: Commands of limits, Units, Grid, Snap, Ortho, Menu, Save, End, Quit, Screen; CAD Station Drawing Spring: Drawing sector, Drawing straight line; Coordinate Systems: Commands of zoom, Pan, Redraw, Regen Fillet, Chamfer, Break, Trim, Move, Copy, Array, Offset Mirrormirrtext, Rotate, Ellipse, Polygon, Rectangle, Trace, Fill, Solid, Donut, Polyline, Divide, Measure, Change Color, Linetype, Ltscale, Scale, Explode Extend, Stretch, Block, Wblock, Insert, Minsert, Layer, Hatch, Help, List, Area, Dblist, Dist, Id, Status.

MAK 222 Computer Aided Design II 1+1 3,0 Dimensions: Measuring line, Measuring arrow, Dimension line, Extension lines, Arrows, Text location, Text format, Style of drawing, Perspective drawing; Screenwritter; Three Dimensional Drawing: Characteristics, Colours; Linear Measuring: Horizontal measuring, Vertical measuring, Baseline measuring, Rotate measuring, Continue measuring, Angular measuring, Radial measuring, Diameter measuring, Radius measuring, Ordinate measuring; Three Dimensional Drawing.

MAK 225 Engineering Science II 3+1 4,0 Fluids in Motion: Flow power, Regional lose, Pressure change for parallel circuits, Pressure change for output circuits; Measure and Control: Measurement of speed, Measurement of dynamic, Measurement of pressure, Measurement of temperature, Manuel control, Automatic control; Heat Energy: Change of internal energy , Enthalpy, Specific enthalpy; Gases: Constant volume, Constant pressure, Constant temperature, Adiabatic, Polytrophic.

MAK 227 Materials Technology II 3+1 4,0 Destructive Testes: Tensile testing, Impact testing, Brinell diamond testing, Vickers diamond testing, Rockwell diamond testing; Experiment; Forming Process, Metallography; Polymers; Plastic, Thermosetting plastic, Thermoplastic, Amorphous and crystalline polymer structures, Plasticers, Fillers, Glass, Flexible pvc, Rigid pvc, Polyethylene, Nylon, Internal Plasticization, External plasticization; Corrosion.

MAK 228 Non-Destructive Testing 1+1 3,0 Inspect to Injection Penetrate Paints Spraying System; Inspect to Magnetic Particles: Permanent magnets, Electromagnets, Contact current flow, Coil methods; Inspect to Eddy Currents (Eddy Current); Inspect to Infrared (Infrared); Inspect to Industrial Radiography (X and Gamma); Inspect to Infrasound Waves (Ultrasound): Piezo electric, Calibration; Chemical Composition Analysis (Spectrograph).

MAK 229 Mechanical Science and Elements 3+1 5,0 Basic Terms: Diagram of force extension, Stress, Modulus of rigidity, Safety coefficients, Poisson's ratio; Stress: Gliding stress, Shear stress, Hardness, Bending stress, Flow tension, Extension, Elasticity, Beam, Grade, Moment of inertia, Torsional stress, Machine Components: Rivet, Welding, Solder, Bolt, Archer, Shafts, Bearing, Journal bearing, Roller bearing, Lubrication.

MAK 230 Mechanical Technology 2+2 4,0 Manual Operations and Measuring; Selects Necessary Hand Tools for Different Types of Work; Marking; Use of Simple Measuring Instruments; Fastening and Riveting; Different Types of Removable Fastening Methods; Methods Utilized in Connection with Electrical Installation; Welding; Basic Welding Processes Related to Manufacturing and Welding Techniques; Work with Plastic; Forming and Cutting; Machine Tools; Lathe, Milling, Grinding.

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MAK 231 Electro Mechanic 1+1 2,0 Electric Driving Components: Motors, Switch, Encoder, Measuring equipments, Alternating current, Direct current, Potential difference, Current difference, Solenoid valve, Power; Digital Measurement Equipments: Pressure gauge, Dynamometer, Temperature measurement, Multimeter, Digital avometer, Measuring elements of digital, Measuring elements of numerical, Thermocouple, Pyrometer, Stretch, Unlimited encoder.

MAK 232 Quality Control 2+0 2,0 Definition of Quality Control and Importance: Raw material, Semi manufacture, Finished material; Statistics Quality Control and Methods: Arithmetic mean, Standard deviation, Normal distribution, Binomial coefficients, Statistical sampling, Poissons ratio, Normal diffuse, Probability diffuse, Process variability; Control Cards: Sampling inspection of incoming goods;7 Devices in Quality Problems:Histograms, Pareto analysis, Diagram of fish spine, Control Cards; Control Scheme, Process and machine sufficiency, Inspection and sampling scheme in production.

MAK 235 Mechanical Technology III 1+1 2,0 General Scaleless Removing Methods: Bodkins, Gabarit creux, Casting pit, Clearance angle, Bending angle, Bending strain, Shear force; Methods Welding; Plate Iron (Cutting, Bending, Pulling etc.) Moulds; Materials Shaping with Rolling; Forge Manufacturing Methods: Forging tool, Forging machine, Metal matrice, Plaster matrice, Bark matrice, Ceramic matrice; Foundry Practice Manufacturing Methods: Basic machine, Casting, Moulding, Forging, Pressure die casting, Free casting, Continuous casting; Shaping of Plastic: Thermosetting plastic, Thermoplastic.

MAK 236 Computer Aided Manufacturing 3+1 4,0 General Structure and Coding Systems of Machine Tools; Preliminary Studies Required to Program The Milling Machines; General Preperations of CNC Turning Machines Before Programming, and Programming in Common Codes; CYCLE and Subroutine Turning Functions of Turning Machines and Programming and Usage of The BOXFORD 280 TLC CNC Turning Machines; Programming of The EMCO Compact 5 Milling Machine, Coding Sysytems and General Structure of CNC Milling Machines; Preliminary Studies Required to Program the CNC Milling Machines.

MAK 238 System Analysis and Design 2+2 3,0 Feasibility Working: Project, Selection of material, Bearing, Piston, Wedge, Screw, Working condition, Aided condition, Use for energy, Actuating components, Technology of control, Automatic control, Semi automatic control, Manual control, Maintain, Cost price, Scheme of organization, In line operation, Cards of operation, System of manufactured, Scheme of flow, Time of production, Users Manual, Maintain working; Periodic Maintain: Daily, Monthly, Cards of maintain.

MAK 239 Machine Design 2+0 2,0

Material Selection: Physical properties of materials (density, electrical and thermal conductivity, melting and solidification point, coeffient of expansion, magnetism, etc.); Manufacturing Requirements: Methods of casting, Critical factors in processing of small workpieces; Design Criterions: Meaning of ergonomy in the human-machine relation, Meaning of ergonomy related to the usage of simple devices.

MAK 240 Hydraulic and Pneumatic Systems 3+1 4,0 Basic Terms of Hydraulic: Bernoulli's equation, Continuation, Flow variety, Reynold's number; Elements in Hydraulic Pneumatic: Gear pumps, Sliding pumps, Piston pumps, Screw pumps, Directional control valves, Flow control valves, Pressure control valves, Cylinders; Basic Terms in Pneumatic: Absolute temperature, Absolute pressure, Isothermal, Adiabatic, Compression; Elements in Pneumatic: Air lubrication, Compressor, Directional control valves, Flow control valves.

MAK 242 Administrating Management and Manufacturing Control 1+1 3,0

Management and Manufacturing: Preplanning, Forecasting, Planning, Organisation, Job, Batch, Flow and automatic types of production, Industrial wage, Waste of energy, Material consumption, Statistical of quality control, Production, Planning; Control Rules of Management: Quality control, Stock control, Buck keeping; Marketing; Planning, Orient and Check; Educational, Turkish work laws; Auditing: Strike, Lockout, Syndicate.

MAK 246 Advanced Measurement Techniques 2+0 2,0 Comparators: Eden-Rolt comparators, Brokes comparators, Johansson comparators, Sigma comparators; Measuring of Angle and Plough Angle: Determination to positions and shape; Controls of Surface with Gauges and Optical Glasses; Principles of Exercise Gauges: Right bracket, Scintill, Comparator, Autocollimator; Test of Lathes: Tolerance grades, Economic manufacture, Rippled surface; Measurement of Pinion; Measurement of Thread Measuring.

MAK 248 Servo Proportional Control 1+1 2,0 Proportional Valves: Output flow, Pressure of flow, Sense of flow, Pressure filter, Elevatory, Solenoid, Three port four position proportional l directional control, Pulse generator, Source of power, Keeping of proportional valve, Control of proportional valve, Working of proportional valve; Servo Valves: Output flow, Pressure Of flow, Sense of flow, Speed of piston, Sense of piston, Keeping of servo valve, Control of servo valve, Working of servo valve.

MAK 251 Energy Management 3+1 4,0 Common Energy Situation of Turkey; Structure of Turkish Industry; Energy Direction: Importance of energy consumption; Energy Committee; Energy Manager and His Duties; Measurement Devices and Measurement Techniques; To increase Energy Efficiency in Accidents; Electrical Systems: Energy Saving in Electrical Motors, Energy saving in lightning; Economical Analysis Methods;

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Alternative Energy Sources; Compound Heat-Power Production Systems.

MAK 252 Energy Management 1+1 2,0 General Energy Situation of Turkey; Structure of Turkish Industry; Consumption of Energy; Energy Management; Measurement Instruments and Measurement Techniques; Rising Productivity of Energy in Cauldron; Electricity Systems: Economy of Energy in Lighting; Methods of Economic Analysis; Environment; Alternative Energy Sources; Compound Heat Power Production Systems; Environment Laws; Heat Production Systems; Power Production Systems; Source of Energy: Coal, Petroleum, Natural gas, Hydraulic energy, Electric energy.

MAT 121 Mathematics I 3+1 4,0 Numbers: Aritmetical Operations, Power and root calculation, Binary, octal and hegzadecimal systems; Algebra: Algebric oprations, Formulas, Transformation of formulas, Factorization, Simplificaion of rational expressions, Equation and Unequalities: Equation systems and their solution; Functions: Derivation of valiues, Graphic plotting; Logaritm: Exponantional functions, Operation with powers; Trigonometry: Transformation of angles, Trinometric ratios, Function skipping, ; Geometri: Area and volume calculations, Pythagoras and Ochlides Equations.

MAT 122 Mathematics II 3+1 4,0 Linear Equation Systems and Matrix: Solution of linear equation systems, Calculation of Determinant, Reverse matrix finding; Limits: Continuity, Diagnosis of limit, Rules of limit, Continuity of functions; Derivative: Definition of derivative; Integration and Applications: Integration, Gravity center calculation with area and volume; Differential Equations: Basic differential equations, Boundary conditions, Solutions of differential equations; Statistic: Fundamental terms, Frequency dissipation, Graphic representation of data.

MAT 175 Mathematics and Statistics I 2+0 2,0 Basic Concepts: Sets, Number systems, Expressions with whole and rational powers, Identities; Equations: First and -second degree equations, Equations reducible to second degree equations; Inequalities: Solutions of first and second degree inequalities; Functions: Definition, One to one function and subjective functions, Definition of inverse and composite functions, Graphs of some special functions; Relations: Definition, Equivalence relation; Arae; Volume; Trigonometry; Graphs.

MAT 176 Mathematics and Statistics II 2+0 2,0 Definition of Statistics; Fundamental Concepts: Data, Variable, Gaining data, classification of data, population, Sample, Parameter, Statistics; Data Types and Data Collection; Classification and Categorization of Data; Series; Types of Series: Graphs, Averages, Variability and distributions; Indexes; Probability Distributions; Sampling Theory; Statistical Inference.

MUH 233 Accounting Techniques and Commercial Software I 1+1 2,0

Basic Concepts and Accounting Systems: Basic concepts, Opening account, Closing account, Registration, Reports and documents in accounting; Balance Sheet and Income Table: Balance sheet arrangement principles, Properties and processes of accounts in balance sheet, Income and expenditure calculations, Cost calculations and process; Use of Packet Program: Keeping and processing accounting registrations in computer.

MUH 234 Accounting Techniques and Commercial Software II 1+1 2,0

Application of Business Account Approach with Packet Program: Usage areas of business account approach, Registering and keeping outputs in computer according to business account approach; Personnel Following and Insurance Processes: Transferring personal affairs to computer, Payroll arrangement in computer, Insurance documents arrangement in computer; Card Processes: Arrangement of checks, notes and bank cards, Arrangement of stock cards, Arrangement of current account cards, Product cost calculation.

MÜZ 157 Traditional Turkish Art Music 2+0 3,0 Description of Traditional Art Music: Basic concepts, Characteristics, Types, Notes, Instruments; The Mode System of Traditional Turkish Art Music; The Rhythmic Pattern of Traditional Turkish Art Music; Samples from Different Modes; Samples from Different Rhythmic Patterns.

OTO 101 Otto Engine Technology 2+2 4,0 Principles of Otto Engine: Formation of theoric and practical cycle, Combustion and combustion period, Two and four strokes Otto engines; Characteristic of Otto engine fuels; Terminology of Otto Engine Performance: Otto Engine Structure Characteristics; Principles of Otto Engine Running; Mixtures Formation and Ideal Fuel/Air Ratio; Otto Engine Parts: Combustion rooms and valve mechanism, Cam shaft, Main shaft, Connecting rod mechanism; Systems of Otto Engine: Fuel System and Carburettors, Fuel injection system, Ignition System, Cooling and Lubrication Systems.

OTO 102 Diesel Engine Technology 2+2 4,0 Fundamentals of Diesel Engines: Compressing, Ignition, Theoric, Practical cycle; Parts of Diesel Engines Characteristic; Cylinder Head, Combustion rooms, Burning rooms and valve mechanism, Cylinder block, Carter, Cam shaft, Main shaft, Connecting rod mechanism, Piston and segment; Fuel Injection Systems: Principles of fuel injection systems, Pump components, Fuel systems, Fuel Injection Theory; System of Diesel Engines: Suction, Exhaust, Supercharging, Turbo charging, Cooling systems, Electrical Systems.

OTO 103 Engine Thermodynamic 2+1 3,0 Basic Thermodynamic Concept: Basic concept, Basis equation, Units; Work and Heat; Thermodynamic Laws:

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Constant volume, Constant pressure, Adiabatic; Polytrophic Process; Engine Cycle: Otto, Diesel, Seiliger, Carnot, Stirling, Brayton, Ericson cycles, Thermic efficiency, Net work; Volumetric, Mechanic, Effective, Indike Efficiency; Combustion and Fuels: Combustion, Combustion reaction, Detonation, Hydrocarbons, Alcohols, Fuel vapouring, Detonation strength, LPG, CNG, Biodiesel, Biogas.

OTO 104 Automotive Electronics 2+1 4,0 Introduction of Engine Electronics: Components of active and passive circuits, Condenser and coil, Diodes, Transistor; Automotive Microprocessor Systems: Microprocessor base systems, Censors, Basic microprocessor control systems of open and closed circuit; Temperature, Pressure, Moving, Oxygen etc, Sensors, Analogue/Digital, Digital/Analogue Converters; ABS; Systems of Fuel Injection; Systems of Electronic Scale; Other Electronic Systems; Systems of Electronic Ignition: Electronic components in charging and starting systems.

OTO 105 Automotive Electrics 2+1 3,0 Introduction of Automotive Electric: Fundamentals of electric, Direct current, Alternative current, Units of electric, Series-parallel current; Ignition Systems: Classical, Electronic ignition system, Circuit diagram, Primer and secondary circuit, Induction coil; Points and condenser; Function of Spark Plug; Systems of Charging; Battery Construction Components; Construction of Charge Regulators; Function of Alternators; Starting Systems; Characteristic of Structural and Electrical in Starting Systems; Principles of Starting Motor Running; Vehicle Electrical Systems; Lighting.

OTO 106 Materials Technology 2+0 2,0 Fundamentals of Material Science; Material Properties; Fe-C Alloys (Steels), Carbon ratio; Production of Steel: Heating process, Mechanism of cooling, Cooling velocity, Difference of water hardening; Materials Tests; Analysis of Test Result; Non-Ferrous Metals: Properties of aluminium, Zinc, Copper alloys.

OTO 108 Engineering Drawing 2+1 4,0 Technical Drawing and Standards: Line types, Stand at lettering and numeral, Drawing scale and lettering area; Engineering Drawing; Three Views Drawings; Measurement of Views; Pictorial Views; Methods Use Manufacture Symbols Limits: Machine drawing; Sectional Views; Screw Threat; Nut; Key; Pins; Welding: Parts of engine and vehicle drawing; Gears; Camshaft, Clutch And grooved rim.

OTO 201 Moving Control Systems 2+2 5,0 Techniques of Chassis and Automotive Bodies: Chassis measurement and control systems criteria of chassis straighten criteria; Moving Control and Steering Systems; Camber; Caster; King Pin and Return Angle; Rot Clearance: Suspension systems; Laminated and Helical Springs; Shock Absorber; Brake Systems: Central pump, Westinghouse, Drun and disk brake systems, Engine brake, Shaft brake, Hand brake.

OTO 202 Vehicle Mechanics 2+2 5,0 Moving Resistance: Aerodynamic forces, Acceleration resistance and power, Road-vehicle aerodynamics; Air Flow Systems: Bernoulli theory, Break and rolling moment, Aerodynamic resistance, Resistance power; Linear Vehicle Moving: Vehicle incitement characteristic, Maximum driving force, Vehicle Acceleration; Acceleration Limit; Brake Mechanics; Road Wheel Relationship; Load Transfer in Brake.

OTO 203 Power Transport Elements 2+2 5,0 Terminology of Power Transport; Parts of Power Transport Terminology; Clutches Systems: Mechanics clutch systems, Magnetic clutch systems, Hydraulic clutch systems; Torque Convectors; Gear Box: Planet gear system, Automatic gear box; Shaft and Hinge Systems; Differential Shaft; New Technologies in Power Transport Systems: Hydrodynamic gear box systems, Worm Variable gear box systems.

OTO 204 New Technologies in Automotive 2+0 2,0 Development of Manufacture Process: Developments of engine and fuel systems, Engine and fuel, Developments of suction, Exhaust, Cooling systems; Electric and Electronic Control; Fuel Systems; Lubrication Systems; Alternative Applications: Developments of automotive bodies, Chassis and power transport systems; Clutch, Gear Box, Suspension systems; Steering Systems; Brake Systems; Design of Chassis.

OTO 205 Engine Tune-up 2+2 4,0 Characteristic of Engine Performance: Power, Torque, Specific fuel consumption, Energy balance in engine; Engine Efficiency; Tests of Engine: Indicator diagrams, Indicate magnify, Volumetric efficiency, Measurement of temperature and pressure in engine, Performance, Energy balance, Performance map; Engine Tune-up for Servicin: Measurement of fuel systems, Measurement of cooling and lubrication systems, Exhaust emissions measurement equipments, Test of valve clearance.

OTO 206 Alternative Engine and Fuels 2+2 5,0 Alternative Engine And Fuel; Comparative of Alternative Engine and Comparative Fuels; Alternative Engines: Principles of wankel engines, Principles of variable volume engine, Miller cycle, Electric motor and principles of running; Alternative Fuel: Compressed natural gas (CNG), Liquid hydrogen fuel, Liquid petroleum gas (LPG), Vegetable oils, Fuel cells, Oxygen, Alcohol fuel.

OTO 207 Machine Elements 2+0 2,0 Knowledge of Strength: Basic stress, Strength limits, Safety stress; Composite stress; Limits and Surface Quality: Surface quality, Geometric surface, Real surface; Machine Elements: Connecting elements; Rivet connection, Bolt connection, Welding, Shaft, Boss connection, Keys, Tight fitting, Squeeze fitting, Conic fitting, Pins, Peg, Shafts, Axle for transport moving and power, Gears.

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OTO 208 System Analysis and Design 2+2 4,0 Selection of The Topics; Project Definitions And Hypothesis; Practice Approaches in Problem Solution; Solution Production with Updated Technical Usage; Suggestion Supporting; Preparation of the Project: Organization of project working, Organizing of project file, Preparing of project, Presentation of the project; Presentation: Writing ability; Visual ability; Speaking ability.

OTO 209 Manufacturing Process 2+2 4,0 Classification of Production Techniques; Mechanical Production of Techniques: Scale removing, Turning lathe, Structure of turning lathe machine, Drilling, Drilling machine plane, Mule processing, Brooch plate, Honing machine, Abrasive machine; Casting Techniques; Sheet Metal Forming, Process of welding and soldering; Physical and Chemical Manufacturing Techniques: Electro erosion, Wire erosion, Chemical and electro erosion manufacturing.

OTO 210 Computer Numerical Control 2+2 4,0 General Structure and Coding Systems of CNC Milling Machines; Preliminary Studies Required to Programme the CNC Milling Machine: General programming of the common codes of all the CNC milling machine; Programming The EMCO Compact 5 CNC Turning Machine Used At The Workshop: Programming the BOXFORD 280 TLC CNC turning machine, Programming the Harrison CNC turning computer control unit.

OTO 211 Measurement Technology 2+2 4,0 Introduction of Measuring: Terminology of measuring and control, Dimensional measuring limits, Direct measuring methods, Indirect measuring methods; Length Measuring Equipments: Measuring and control apparatus, Needle measuring, Control equipments, Block gage, Angle Measuring Apparatus Roughness; Measuring Machine and Equipments: Measuring microscope, Measuring projector, Pneumatic measuring equipments, Electronic measuring equipments, Coordinate measuring equipments.

OTO 212 Automotive Materials Technology 2+2 4,0 Duty of Basic Vehicle Parts: Engine Systems Part, Power transport and moving systems part, Electric and electronic system part; Basic Materials Knowledge: Structure of atom, Metal connection, Metal tissue, Mechanical, Thermic, Technology and chemical properties; Manufacture Techniques Knowledge; Casting, Vehicle Parts Materials And Manufactured Process; Piston, Main shaft, Cylinder head, Cylinder block, Materials of power transport and moving control systems, Fuels and engine oils knowledge.

OTO 213 Computer Aided Design 2+2 4,0 Computer Aided Design Software and Hardware Units: Basic technical drawings and design criterions, Geometrical drawing and desing programmes; Dimensional Drawing Commands: Usage of 2 dimensional drawing commands; Auxilary Commands and Parametres: Workpiece images

drawn in computer media, auxilary elements during the drawing; 3 Dimensional Drawing: Imaginary coordinate system, user coordinate system.

OTO 214 Hydraulic and Pneumatic Systems 1+1 3,0 Fundamentals of Hydraulics and Fluids: Hydraulics and fluids power, Force, Pressure, Work, Power and energy, Types of hydraulics fluids; Hydraulics Systems: Hydraulics circuit parts, Principles of hydraulics circuit; Pneumatic Systems: Pneumatic Circuit Parts, Principles of Pneumatic Circuit; Design of Hydraulic and Pneumatic Systems; Hydraulic and Pneumatic Systems Maintenance; Periodic Maintenance.

RTV 224 Radio Television Technology 3+1 4,0 Modulation and Demodulation: Amplitude modulation, Frequency modulation; Radio Transmitter: Parts, levels, obligations and working principles; Superheterodien Radio Receivers: Parts, Levels and working principles; Television Transmitters and Link Systems: Transmitter parts, Levels, Obligations and working principles; Properties and Working Principles of Link Systems; Black-White and Color Television Systems: Receviers parts, Levels and working principles; Television Cameras: Principles and properties, Picture tubes, Trinitron, In-line, Schmidt, Barco and LCD.

TAR 255 Atatürk's Principles and History of Turkish Revolution 2+0 2,0

Reforms in the Ottoman Empire; Trablusgarp Battle; Balkan Battles; The First World War; Mondoros Cease-fire Treaty and Fall of the Ottoman Empire; Beginning and Organization of National Struggle by Mustafa Kemal Pasha throughout Anatolia: Mustafa Kemal Pasha?s arrival in Samsun, Amasya Circular, Congresses of Erzurum and Sivas; Opening of the First Grand National Assembly; Sevres Peace Treaty; Foundation of Regular Army. Fronts of Independence War: Eastern front, Southern front, Western front; Battles on the Western Front: Battles of Inönü, Battles of Eskisehir and Kütahya, Battle of Sakarya, Major Offensive; Mudanya Cease-Fire Treaty; Lausanne Peace Treaty; Declaration of Republic; Revolution and Counter Revolution; Foundation of Constitutional System; Politics during Turkish Republic: Domestic and Foreign; Fundamentals of Turkish Republic and Background Intellectual Movements; Foundation of Democratic-Juridical State; Innovations in Law, Education, Economy and social life; Atatürk?s

TEK 107 Scientific Principles of Technology 3+1 4,0 Material Properties: Chemical operations in burning and oxidation, Prevention from oxidation, Elasticity of material and Hook's Law; Static: Static balance state, Vctorial and scalar quantities, Moment, Center of gravity; Dynamics: Path, time, velocity and acceleration; Mechanic and Electromagnetic Wave Movement: Wave length, Frequency; Fluid Pressure: Pressure and its units, Absolute presuure, Relative Pressure; Electric and Magnetism: Simple circuits with serial and parallel connected resistants, Current, voltage difference and resistant problems.

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TKY 201 Quality Control 1+1 2,0 Definition of Quality; Quality Control; System Approaches in Quality; ISO 9000 and Other Similar Standards: ISO 9001; ISO 9002; ISO 9003 Standards; Relationship between the Product and the System ; System Concept; Product Quality; Policy of Quality and Aims: Quality problem and systhenatic approaches in quality; Process Concept and Measurement and Control in Process: Analyzing measurement of quality results; Quality Plans; Importance of Testing in Quality Control.

TKY 205 Statistics/ Quality Control 2+0 2,0 Definition of Statistics; Fundamental Concepts: Data, Variable, Population, Sample, Parameter, Statistics; Data Types and Data Collection; Classification and Categorization of Data; Series; Types of Series: Graphs, Averages, Variability and distributions; Indexes; Probability Distributions; Sampling Theory; Statistical Inference; Concept of Quality: Definition; Elements of Quality; Basic Factor? Affecting Quality, Purposes of Quality Control; Conditions Required for Quality, Steps of Obtaining Required Quality: Market Search, Developing Product, Production Engineering, Purchasing, Manufacturing, Auditing, Marketing; Quality Problems: Quality Problems Faced in Turkey; Approach of Changing Quality.

TRS 101 Technical Drawing 4+0 4,0 Graphic Instruments and Their Use; Basics of Lettering; Constructional Geometry: Straight and curved lines; Orthographic Drawing and Multiview Projection; Dimensioning; Sectioning; Perspective: Isometric and Oblique Perspective; Surface Finishing and Tolerancing.

TRS 105 Technical Drawing 2+0 2,0 Graphic Instruments and Their Use; Basics of Lettering; Constructional Geometry: Straight and curved lines; Orthographic Drawing and Multiview Projection; Dimensioning; Sectioning; Perspective: Isometric and Oblique Perspective; Surface Finishing and Tolerancing.

TÜR 189 Turkish Language 4+0 4,0 Language: Origins, Language, Culture and society; Language-Reform: Turkish language association; Languages of the World; Language Families; Modern Turkish: Phonetics, Morphology, Syntax, Spelling; Punctuation; Text Types: Short Story, Novel, Article, Essay, Poetry, Drama.

YÖN 101 Directed Study I 4+0 4,0 Data Collection Skills; Finding Different Data Sources: Library, Internet; Designing Experimental Research; Data Collection; Discussion of the Results; Applicable Results; Errors and Analysis of Errors; Standard Deviation; Technical Visits.

YÖN 102 Directed Study II 4+0 4,0 Data Collection Skills; Finding Different Data Sources: Library, Internet; Designing Experimental Research; Data Collection; Discussion of the Results; Applicable Results; Errors and Analysis of Errors; Standard Deviation; Technical Visits.

YÖN 103 Directed Study I 2+0 2,0 Data Collection Skills; Finding Different Data Sources: Library, Internet; Designing Experimental Research; Data Collection; Discussion of the Results; Applicable Results; Errors and Analysis of Errors; Standard Deviation; Technical Visits.

YÖN 104 Directed Study II 2+0 2,0 Data Collection Skills; Finding Different Data Sources: Library, Internet; Designing Experimental Research; Data Collection; Discussion of the Results; Applicable Results; Errors and Analysis of Errors; Standard Deviation; Technical Visits.

YÖN 201 Directed Study III 4+0 4,0 Data Collection Skills; Finding Different Data Sources: Library, Internet; Designing Experimental Research; Data Collection; Discussion of the Results; Applicable Results; Errors and Analysis of Errors; Standard Deviation; Technical Visits.

YÖN 202 Directed Study IV 4+0 4,0 Data Collection Skills; Finding Different Data Sources: Library, Internet; Designing Experimental Research; Data Collection; Discussion of the Results; Applicable Results; Errors and Analysis of Errors; Standard Deviation; Technical Visits.

YÖN 205 Directed Study III 3+0 3,0 Data Collection Skills; Finding Different Data Sources: Library, Internet; Designing Experimental Research; Data Collection; Discussion of the Results; Applicable Results; Errors and Analysis of Errors; Standard Deviation; Technical Visits.

YÖN 206 Directed Study IV 3+0 3,0 Data Collection Skills; Finding Different Data Sources: Library, Internet; Designing Experimental Research; Data Collection; Discussion of the Results; Applicable Results; Errors and Analysis of Errors; Standard Deviation; Technical Visits.

BILECIK VOCATIONAL SCHOOL - Anadolu Üniversitesicatalog.anadolu.edu.tr/bilecikmyo.pdf · KINCAL,...

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Transcript of BILECIK VOCATIONAL SCHOOL - Anadolu Üniversitesicatalog.anadolu.edu.tr/bilecikmyo.pdf · KINCAL,...