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Vice Chancellor’s Message 04

Chapter 1. About DUET 06

AdministrativeOffices 08

Academic Heads 09

Chapter 2. Regulations for MS and PhD Program 11

Chapter 3. Department of Chemical Engineering 21

Chapter 4. Department of Electronic Engineering 31

Chapter 5. Fee Structure for MS and PhD Program 43

CONTENTS

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VICE CHANCELLOR’S

MESSAGEIt is a matter of great pride for us that Dawood University of Engineering & Technology (DUET), for the first time, is initiating Post Graduate Programs in Chemical Engineering, Electronic Engineering, Metallurgy & Materials Engineering and Industrial Engineering & Management. These programs will usher in an era/culture of research. That is one of the main features of any Higher Education Institution.

At the time of establishment of Dawood University, in 2013, starting of Post Graduate Program was just a dream. At that time there were nine (09) undergraduate programs viz; Architecture & Planning, Chemical Engineering, Computer System Engineering, Electronic Engineering, Energy and Environment Engineering, Industrial Engineering & Management, Metallurgy & Materials Engineering, Petroleum & Gas Engineering and Telecommunication Engineering.

There was only one Ph.D faculty in Engineering. There was a dire need to strengthen the Undergraduate Programs, establish new laboratories and refurbish the existing ones and hire Ph.D faculty to attain the critical mass, so as to start Postgraduate Studies and Research. In a span of 04 years we have achieved the critical mass in the department of Chemical Engineering, Electronic Engineering, Metallurgy & Materials Engineering and Industrial Engineering & Management who have now received an NOC from the Higher Education Commission.

I wish to congratulate my team of faculty members who have worked tirelessly to steer these programs through the statutory bodies and made it possible for this significant value addition to the University.

In this respect my appreciation goes to Dr. Abdul Waheed Bhutto, Dean Faculty of Engineering, Dr. Syed Asif Ali Shah our first Director of Postgraduate Studies, Dr. Rashid Hussain Abro the Chairman Department of Chemical Engineering, Dr. Arslan Ansari Chairman Department of Electronic Engineering, Engr. Prof. Dr. Muhammad Hayat Jokhio Chairman Department of Metallurgy & Materials Engineering and Prof. Dr. Zeeshan Ali Memon Chairman Department of Industrial Engineering & Management and last but not the least Dr. Samreen Amir (who has left us!) for her hard work and dedication in achieving the NOC for department of Electronic Engineering.

I wish my team Godspeed and Resounding Success.

Dr. Faizullah AbbasiVice Chancellor

Chapter

01

About DUET

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The foundation stone of the Dawood College of Engineering & Technology was laid by the former President of Pakistan (Late) Field Marshal Muhammad Ayub Khan in 1962. The College was established by Dawood Foundation under the supervision of Seth Ahmed Dawood in 1964.

On March 2013 the Sindh Assembly passed the Sindh ACT No. XII of 2013, upgrading it to a University. Its academic and administrative control has been vested in the Syndicate, Senate and Academic Council as per ACT. The Vice- Chancellor is the Principal Executive and Academic Officer of the University.

The University offers four year degree programs in the field of engineering and Five year degree program in the field of Architecture.

The Engineering departments include Electronics, Chemical, Industrial & Management and Metallurgy & Materials. From the session 2010-2011, the University has introduced four new departments namely Energy & Environment, Petroleum & Gas, Telecommunication, and Computer System Engineering. The University has two campuses, one located near Quaid-e-Azam Mausoleum and the other situated at Block-17 Gulshan-e-Iqbal, Karachi. These campuses comprise various facilities including class rooms, state of the art libraries, laboratories, workshops, drawing halls, student cafeteria, auditorium, with a capacity of 650 seats, seminar rooms amd girls common room etc.

The University has a fleet of thirteen buses for pick and drop facility to the students. DUET has well-equipped computer laboratories. We are situated in the heart of Karachi with an outreach to all the Industrial zones of the city. Our students have a regular opportunity to visit industries for practical training.

It shall be pertinent to note that with the assistance and support of the Higher Education Commission (HEC) a Video Conference room with state of the art facilities has been established under the PERN, which also provides access to Digital library.

Realizing the importance of Quality Assurance, DUET has established its Quality Enhancement Cell in November 2009 to implement quality improvement programs in all the departments and faculties of DUET under the supervision and guideline of the Higher Education Commission and QAA.

Since DUET is located in the largest industrial city of Pakistan, various engineering department are directly involved in providing solutions/consultation to local industries. Students are assigned final year projects with in the plant training and internship in and outside Karachi under active supervision of experts in the industry.

In order to develop entrepreneurial qualities in our students and develop a base for impact based research DUET has recently established Office for Research, Innovation and Commercialization (ORIC). The ORIC is expected to be the hub of research and also act as an incubator for our students to enter into the world of industry and business.

By writing up the History, first ever MS and PhD program is being offered in Electronic Engineering and Chemical Engineering. Electronic Engineering is offering MS program in three streams i.e. Electronic System Engineering, Power Electronics and Communications Signal Processing. While, Department of Chemical Engineering is offering MS program in four streams such as Materials Engineering, Energy Engineering, Process Engineering and Design Engineering.

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S. No Name Contact Number

1Vice ChancellorDr. Faizullah AbbasiPhD (Metallurgy Engg) Sheffield City,UK

021-99230701 021-99231195-8Ext: 267

2Pro Vice ChancellorDr. Pir Roshan Din Shah RashdiPhD (Mechanical Engg) University of Nottingham, UK

021-99232648021-99231195-8Ext: 263

3Dean, Faculty of EngineeringProf. Dr. Abdul Waheed BhuttoPhD (Chemical Engg) MUET

021-34921353021-99231195-8Ext: 259

4Academic Coordiantor, Department of Architecture & Planning,Dr. Dost Ali Khowaja,PhD (Urban & Regional Planning) UK

021-99243367

5Director Post Graduate StudiesDr. Asif Ali ShahPhD (Materials Science) DUT, China

021-34921353021-99231195-8Ext: 260

6Acting Registrar / Campus Administrator Engr. Capt. (R) Waqar HussainMA (Economics)

021-99232645 021-99231195-8Ext: 251

7Controller of ExaminationsMr. Gul Muhammad BhayoMA, LLB

021-99230476 021-99231195-8Ext: 309

8Director FinanceMr. Shabeer Shaikh

021-99231195-8Ext: 329

ADMINISTRATION

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9Consultant Human Resources Development (HRD)Mr. Iftikhar Ahmed SoomroBE (Metallurgy Engg) DUET

021-99231195-8Ext: 221

10Director Human ResourcesEngr Sikandar Ali AbbasiMS (Enviromental Engg) SSUET

021-99231195-8Ext: 225

11Project DirectorMr. Muhammad Afzal ShaikhBE (Civil Engg)

021-99231195-8Ext: 294

12Advisor, Student AffairsMr. Atta ur Rehman

021-99231195-8Ext: 253

13Director SportsEngr. Rashid AliBE (Chemical Engg) DUET

021-99231195-8 Ext: 303

14Director Quality Enhancement CellDr. Shaukat Ali MazariPhD (Chemical Engg) University of Malaya, Malaysia

021-34911080021-99231195-8Ext: 310

15Director ORICDr. Ghulam MujtabaPhD (Envoirment) South Korea

021-99231159-8

16Director DILAADr. Pervez AhmedPhD (Metallurgy) UK

021-34911080

17Acting LibrarianMrs. Salma JavedMLS

021-99231195-8 Ext: 313

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S. No Name Contact Number

1Department of Electronic EngineeringDr. Arsalan AnsariPhD (Electrical Engg Major in Power Electronics) Hanyang University, South Korea

021-99232636021-99231195-98Ext: 300

2Department of Chemical EngineeringDr. Rashid Hussain AbroPhD (Chemical Engg) BUCT, China

021-99232637021-99231195-8Ext: 314

3Department of Industrial Engineering & ManagementDr. Zeeshan AliPhD (Mechatronic Engg) University of Nottingham, UK

021-99232639021-99231195-8 Ext.237

4Department of Metallurgy & Materials EngineeringEngr. Prof. Dr. Muhammad Hayat JokhioPhD (Metallurgy & Materials Engg) MUET

021-99232638021-99231195-8 Ext.307

5 Department of Petroleum & Gas EngineeringDr. Saleem Qadir TunioPhD (Petroleum Engg) UTP, Malaysia

021-99232641021-99231195-8 Ext.223

6 Department of Telecommunication EngineeringDr. Izhar Hussain ZaidiPhD (Signal Processing) University of Bristol, UK

021-99232642021-99231195-8 Ext.308

7 Department of Computer Systems EngineeringDr. Saleem Ahmed PhulPhD (Electronic Engg) Chonbuk National University, South Korea

021-99232643021-99231195-8 Ext.232

8 Department of Energy & Environment EngineeringEngr. Sikandar Ali AbbasiMS (Environment Engg) SSUET

021-99232640021-99231195-8Ext.306

9 Department of Architecture & PlanningAr. Rabia Siddiqui,MSc. Environmental Management, PGD in Poverty Reduction, B. Arch, M.PCATP, M.IAP, CIWEM

021-99243874021-99243866

10Department of Basic Sciences, Maths & HumanitiesDr. Ghulam Abbas KandhroPhD (Chemistry) University of Sindh

021-99232644021-99231195-8 Ext.239

ACADEMIC HEADS

Chapter

02

Regulations for MS and PhD Program

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REGULATIONS FOR MS PROGRAM1. Duration of Study and Research1.1. The minimum period for completing all the requirements for Master Program shall be 1.5 year (Three semesters). 1.2. The maximum period shall be four years. However, the competent authority may extend the period up to one year on account of any special circumstances

on the recommendation of the supervisor/ co-supervisor (s) and the concerned Chairperson/Director/Co-director. 1.3. MS Program shall carry an approved number of courses and each course shall have an approved number of Credit Hours. 1.4. The Credit Hours per semester for each discipline shall be 08 to 12. 1.5. MS Program has 30 credit hours including 06 credit hours of research work/thesis. 1.6. MS students can optionally complete two additional mandatory courses of 06 credit hours in lieu of thesis work.1.7. The thesis may be taken after completing the two semesters. 1.8. There shall be two semesters in an academic year. 1.9. The duration of teaching time in each semester shall be 16 weeks.1.10. The semester starting with the commencement of the academic year shall be called the “First Semester” and the followed semester shall be called the

“Second Semester”.1.11. Minimum number of contact hours for a theory subject of 3 credit hours per semester shall be 42 and minimum number of contact hours for a theory subject

of 2 credit hours or practical one credit hour per semester shall be 28.

2. Structure

Course Work Only Course Work +Thesis Option

Morning(Full Time)

Evening(Full Time)

Morning(Full Time)

Evening(Full Time)

Number of Semesters 3 (Typical) 3 (Typical) 4 (Typical) 4 (Typical)

No of Courses 10 (Minimum) 10 (Minimum) 08 (Minimum) 08 (Minimum)

Credit Hours Allowed Per Semester12 (Maximum) in Spring/

Fall12 (Maximum) in Spring/



Fall

Coursework Credit Hours 30 30 24 24

Thesis Credit Hours - - 06 06

Program Credit Hours 30 (Minimum) 30 (Minimum) 30 (Minimum) 30 (Minimum)

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3. Thesis Work Besides 24-CH course works, MS students may optionally complete 06 CH of research work in lieu of two courses. The thesis may be taken after completing

16 credit hours (minimum).

4. Eligibility for Admission in MS 4.1 16 years of schooling or 4 years of education after HSc/FSc/Grade 12 equivalents in relevant engineering discipline will be required for admission in the MS.4.2 The valid GAT-General conducted by the National Testing Service or by HEC (Education Testing Council) with a minimum 50% cumulative score will be

required at the time of admission for MS. 4.3 60% marks in entry test for MS program conducted by University.

5. Procedure for Admission5.1 The applicant shall submit the application form duly completed in all respects along with the relevant documents by the last date fixed by the University.

5.2 A student, if employed, will have to obtain No Objection Certificate (NOC) from his/her employer before registration.

5.3 Each application for admission will be processed separately by Directorate of Postgraduate Studies consulting with concerned department.

5.4 Incomplete application forms or applications received after the due date will not be considered.

5.5 The University reserves the right to refuse admission to any applicant without assigning any reason, or cancel the admission of a student at any stage if his/her conduct or progress in studies is not found satisfactory.

5.6 Students seeking admission are required to pay the fees and deposit at the time of admission as given in the prospectus duly approved by the University authorities.

5.7 All paid fees are non- refundable except the library and security deposits, which will be refunded after the student leaves the Institution.

6. Course / Semester Registration & Enrolment6.1 A student must register for each semester (within the prescribed time) until the completion of degree requirements. Failing to register two consecutive

semesters, student’s admission may be cancelled by the competent authority without prior notice.

6.2 Students can register for maximum 04 courses in a regular semester.

6.3 Minimum number of students to offer any course should not be less than 10.

7. Course Add / Drop 7.1 A student can add/drop any course (due to any reason) within 02 weeks after commencement of classes. Add/Drop of maximum 02 courses is allowed per

semester. He / She can register for the same course whenever offered by the University.

7.2 No fee shall be charged for the dropped courses if dropped within 02 weeks. Fee for the dropped course(s) shall be transferred to the next semester in case a student has already paid the fee.

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8. Grading Policy8.1 For absolute grading, the following table shall apply:

Numerical Score Letter Grade Grade Point

85 to 100 A 4.00

80 to 84 B+ 3.70

75 to 79 B 3.50

70 to 74 C+ 3.30

65 to 69 C 3.00

60 to 64 C- 2.70

50 to 59 D 2.50

Below 50 F 0.00

NOTE: Fraction shall be considered as a whole number.

8.2 Credit Hour (CH): One Credit Hour for a particular course is generally to be considered as one hour of teaching theory per week and for practical/lab work 1 C.H. be considered as 2 contact hours.

8.3 Quality Point (Q.P): For computation of the GPA the quality Point is first determined by multiplying the value of the grade earned by the students with the credit hours of that course. E.g. if a student obtains “A” grade for a three credit hours course then the Q.P of this course will be calculated as follows:

Q.P = 4x3 = 12

8.4 Grade Point Average (GPA): Grade Point Average is an expression for the average performance of a student in the course he/she has been offered during a particular semester. This is calculated by adding the quality points of all the courses taken divided by the total number of credit hours offered:

Sum of Quality Points

GPA = ----------------------------------------

Sum of the Credit Hours

8.5 Cumulative Grade Point Average (CGPA): The Cumulative Grade Point Average (CGPA) is the expression describing the performance of a student in all semesters is determined by the following way:

Sum of Quality Points for all the courses appeared

CGPA= ----------------------------------------------------------------------------

Sum of the Credit Hours for all the courses appeared

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9. The Distribution of Marks for Each Theory and Practical Course in a Semester Shall be as Follows

Theory

Maximum Marks 100 Maximum Marks 50

Test(s)/Assignment(s)/Quizzes 10 05

Mid Semester Examination 30 15

Final Semester Examination 60 30

Total 100 50

Practical/Lab Work

Maximum Marks 100 Maximum Marks 50

Sessional 10 05

Lab Evaluation Work 30 15

Semester Lab Examination 60 30

Total 100 50

10. The Minimum Requirement for Each Semester Course Shall be as Follows (i) Assignments (minimum Two)

(ii) Tests/Quizzes (minimum Two)

(iii) Mid Semester Examination

(iv) Final Semester Examination

10.1 The external examination system shall be carried out for Practical Viva Voce, Conduct of Initial and Final Seminar, and project/Thesis Examination.

10.2 The schedule of Mid Semester and Final Semester Examinations shall be as under:

(i) Mid Semester Examination After 07 weeks

(ii) Final Semester Examination After 16 weeks

10.3 Final semester examination shall be of 3 hours duration for 3 CH courses and each question paper will contain 05 questions without any choice.

10.4 Similarly, Final semester examination shall be of two hours duration for 2/1 CH course and each question paper will contain 03 questions without any choice.

10.5 Final semester examination will be conducted from the whole course.

10.6 Mid Semester examination will be of one and half hour duration for 3 CH course and each question paper will contain minimum three questions without any choice.

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10.7 Mid Semester examination for two CH course will be of 45 minutes duration and question paper will contain two question without any choice.

10.8 The minimum passing marks in a subject will be 50% or 2.5 GPA.

10.9 A student should have overall at least 75% attendance to appear in the Final Semester Examination.

11. The Procedure of Conducting Assignments/Tests/Mid Semester Examination/Final Semester Examination and Declaration of Results Shall be as Follows

11.1 The scripts of all assignments will be returned and those of the tests and mid semester examination will be shown to the students after evaluation.

11.2 Each blank page/gaps in the scripts will be stamped/lines drawn by the teacher concerned/invigilator.

11.3 Mid semester and final examination will be conducted by the Examination Department in collaboration with the concerned Directorate of PGS.

11.4 The question papers for the mid semester and final semester examination will be deposited by the concerned teacher to the Controller of Examination at least two days before the Examination.

11.5 The marks of each test and mid semester examination will be displayed and solutions will be discussed in the class room immediately after evaluation. If any student is not satisfied with the evaluation, he/she may convey this to the Directorate of PGS within 7 days of the result displayed and the matter then will be looked into by the Management Committee whose decision will be final. Any such objections after the expiry of 07 days will not be entertained. A copy of the marks of the tests and mid semester will be deposited by the concerned teacher after the announcement of the results to the controller of Examination

11.6 The teachers will prepare 3 copies of the result of each course separately at the end of each semester (attendance, tests, mid semester examination, assignments and final semester examination) on the prescribed proforma and shall forward two copies to the Controller of Examinations through concerned Director/Co-Director.

11.7 The cumulative result (including all the marks of attendance, assignments, tests, mid semester examination and final semester examination) of each semester of a year will be announced by the Controller of Examinations.

11.8 For the award of Master degree, a student must secure CGPA 3.00 aggregate and must pass the final viva voce examination of the research project/thesis. In case of course work based Master degree 3 CGPA aggregate required

11.9 If a student passes all subjects but secures less than CGPA 3.00, he/she will be allowed to improve those subjects in which he/she has secured less than GPA 3.00, more than one chance for improvement of grades will not be allowed.

12. Research Project / Thesis12.1 The minimum duration of Master degree research project/ thesis will be 06 months with effective from the date of conduct of the Initial Seminar.

12.2 Each student will work on a project individually. Students will not be allowed to work in groups.

12.3 A student will be required to select a supervisor for his/her project. He/she may also select co-supervisor if necessary.

12.4 The supervisor should be a faculty member of DUET and his/her minimum qualification should not be less than Masters degree in relevant field.

12.5 A faculty member/Expert of any other University or Industry may be taken up as co-supervisor, if necessary. His/her minimum qualification should be MS in the relevant field.

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12.6 Each student will prepare research proposal of his/her project in consultation with his/her Supervisor and Co-Supervisor ( if any).

12.7 A student may select a Supervisor and Co-Supervisor on his/her own choice. However, the Management Committee reserves the right to change the Supervisor/Co-Supervisor, if necessary.

12.8 A faculty member will not supervise or co-supervise his/her real son, daughter, brother, sister, husband or wife.

12.9 The supervisor/Co-Supervisor will scan the research proposal of the student through Higher Education Commission (HEC) approved software for plagiarism and will submit the duly signed and stamped hard copy containing similarity index to the Directorate of PGS.

12.10 Supervisor will be allowed to register/supervise maximum number of students according to HEC guidelines.

13. Conduct of Initial Seminar13.1 A student will be eligible to give Initial Seminar of his/her project if his/her minimum GPA in the first semester is not less than 3.0.

13.2 An eligible student will fill up the Research Proposal Proforma and pay the required processing fees through bank challan available in the office of the Directorate of PGS. Cash payment will not be accepted in any case.

13.3 The Research Proposal Proforma should be signed by the student himself/herself, his/her supervisor and co-supervisor(s), the Chairperson of the concerned Department, the Director of PGS and duly approved by ASRB.

13.4 The Research Proposal Proforma will be submitted in the office of the Director PGS with the following documents: all the documents recommended by Dean of concerned faculty and shall be placed before ASRB for approval.

a) Project Proposal. Each page of the proposal will be signed by the student and his/her supervisor and co-supervisor(s). b) A copy of the Bank Challan after the payment of the processing fees. c) Attested photo copy of the marks certificate of the first semester.

d) The Similarity index of the scanning report (Plagiarism). It must be less than or equal to 19% and no any single source should have a similarity index more than or equal to 5%.

e) Attested copy of the Enrollment Card.

13.5 The date of the conduct of the Initial seminar will be announced by the Director PGS with approval of Vice Chancellor.

13.6 The student will prepare a presentation of 10–15 minutes duration under the guidance of his/her supervisor/Co-Supervisor(s).

13.7 The Initial seminar will be evaluated by the following:

a) The Dean of the concerned faculty.b) External expert to be appointed/approved by the Competent Authority.c) At least one member of the Advanced Studies and Research Board (ASRB) other than the Dean of the concerned faculty.d) At least one Internal expert to be appointed/approved by the Competent Authority.

13.8 The Evaluation reports of the experts and ASRB member will be submitted for final approval/decision in next meeting of ASRB.

13.9 In case, if the Initial Seminar is not approved by the ASRB, the student will be asked to deliver repeat seminar by incorporating the suggestions/ comments/ observations of the experts and ASRB members.

13.10 In normal circumstances, more than two repeat seminars will not be allowed. However, the ASRB may allow a student to give third repeat seminar under special circumstances.

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13.11 The maximum number of Initial/Final Seminars conducted in one day will not exceed 10.

14. Conduct of Final Seminar14.1 A student will be eligible to give final seminar if:

a) He/She cleared all course work as required with minimum CGPA 3.00.b) His/her Initial seminar has already been approved by the ASRB.c) He/she has submitted one hard copy (loose bound/Spiral binding) of the thesis, prepared as per approved guidelines.

14.2 The student will prepare a presentation of 15 to 20 minutes duration with the consultation of his/her supervisors.

14.3 The student will inform the Director PGS in written through his/her supervisor/co-supervisor(s) that he/she is ready for the final seminar.

14.4 The Director PGS will announce the date for the conduct of the final seminar.

14.5 The student will give final seminar before the experts and ASRB members.

14.6 The final seminar will be evaluated by the following:

a) The External Expert to be appointed/approved by the Competent Authority.b) The Dean of the Concerned Faculty or his/her nominee.c) At least one member of the ASRB other than the Dean of the concerned faculty.d) At least one Internal Expert to be appointed/ approved by the Competent Authority.

14.7 The Director/ Co-Director, PGS will submit the evaluations of the experts and ASRB members to ASRB for final approval.

14.8 If ASRB approves the final seminar, the student will be asked to submit the final version of the thesis for evolution.

14.9 If ASRB does not approve the final seminar, the student will be asked to give another final seminar by incorporating suggestions/corrections/comments/ observations of the experts and ASRB members.

14.10 If a candidate doesn’t qualify in first attempt, more than one repeat final seminars will not be allowed. However, the ASRB reserves the right to allow second repeat seminar in special cases.

15. Submission of Thesis and Conduct of Viva Voce Examination15.1 The student will submit three hard copies (loose bound/Spiral binding) and one softcopy of the thesis To the Director PGS along with the processing fees of

the thesis evaluation.

15.2 Student will also submit the fees for anti-plagiarism services.

15.3 The Director PGS will send the softcopy of the thesis to the focal person of the Anti-Plagiarism Cell of the University to scan it for finding authenticity of the Thesis through HEC approved software for plagiarism.

15.4 If the scanning report has similarity index less than or equal to 19% and no any single source has a similarity index greater than or equal to 5%, the thesis will be accepted for viva voce examination. Otherwise it will be returned back to the student. This procedure will be repeated until minimum similarity index as fulfilled above is met.

15.5 The supervisor through Concerned Chairman will propose a panel of three external and three internal experts for the conduct of the viva voce examination.

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15.6 The Directorate of PGS will submit this panel of experts to the competent authority for approval of one External and one Internal Expert.

15.7 The Director of PGS will send the names of the approved expert to the Controller of Examinations along with two hard copies of the thesis book and the scanning report of the thesis.

15.8 The Controller of Examinations will send copies of the thesis to the approved experts for their evaluation and conduct of final viva voce examinations.

15.9 The final viva voce examination will be conducted by the external and internal experts in presence of the Director/Co-Director PGS and Supervisor/Co- Supervisor(s).

15.10 If the experts recommend that the student is successful at the viva voce examination, he/she may be declared to have passed the Master Degree examination. In case of failure, one repeat examination may be given on the recommendation of the thesis examiners. In normal circumstances, no student shall be permitted a second examination. However, the ASRB may allow the second examination under genuine cases/special circumstances.

15.11 The hard bound copies and evaluation report of the examiners duly signed by Supervisor/Co-supervisor, Chairman and Concerned Dean will be submitted to the Controller of the Examination for announcement of the result.

16. Cancellation of the Admission16.1 Admission shall be cancelled if the student fails to meet the degree requirements within stipulated duration of four years for MS program

16.2 Admission may also be cancelled on disciplinary grounds.

17. Minimum Attendance Requirements To appear in the final examination of any subject student will have to maintain at least 75% attendance in each Semester.

18. Migration of Student from other University/Institution18.1 The institution from where a student wants a transfer must be a HEC recognized HEI.

18.2 The student has to fulfill all admission requirements set by the Directorate of PGS.

18.3 The courses completed by the student at other institution shall be compared with similar courses being offered at DUET. Equivalence Committee of the University will recommend for approval to ASRB through Directorate of PGS.

18.4 Transfer of credits earned in other institutions may be approved in individual cases up to a maximum determined by the Equivalence Committee of the University.

18.5 The student will have to pay tuition fee of the courses to be studied and all other applicable fee as per university policy.

18.6 Student will need to pay Two lac rupees (Rs. 200,000/) as migration fees.

19. Requirements for the Award of Degree19.1 For award of MS degree, candidate will either need to complete 30 credit hours of course work or complete 24 credit hours of course work along with a

minimum of 6 credit hours for research work/thesis.

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19.2 In case of research work MS student required at least one International Conference paper (His/Her name should be in first three authors) from his original work.

20. Management Committee20.1 Directorate will have a management committee comprising the following:

a) The Director PGSb) The Chairman/Focal Person of the concerned Department.c) One suitable faculty member (other than the Chairman/Chairperson) of the concerned department.

20.2 This committee will be responsible for selection of students for any financial assistance and will also monitor the progress of the students during the semester and the results of all the course work examinations.

21. Academic Dishonesty Any plagiarism in research work at any stage, even if reported after completion of degree and fake documents submitted by the students, even those

submitted at the time of admission shall result in cancellation of degree.

1. Eligibility and Procedure for Admission1.1. To be eligible for admission to the PhD degree program, a student must possess first class (Minimum 3.0 CGPA out of total 4.0) Master’s degree (18 years

education) by research work in the relevant field of any university recognized by HEC for this purpose.

1.2. He/She is further required to be proficient in English Language, and be physically and mentally fit for the study.

1.3. At least 60 percentile Score in ETC, GRE subject test or 60 Cumulative Score in NTS GAT subject test or 70 percentile score in GAT (Subject) type test, in the area of specialization chosen at PhD level conducted by the university (where ETC GRE subject test is not available) is required prior to admission in the PhD program.

1.4. The applicant must submit the application form duly completed in all respects, along with the relevant documents by the last date fixed for this purpose.

1.5. The student may be registered for a full time or part time program.

1.6. A full time student, if employed, will have to obtain study leave from his/her employer before registration.

1.7. A part time student if employed will submit a No Objection Certificate (NOC) from his/her employer before registration.

1.8. Incomplete application forms or applications received after the due date will not be considered.

1.9. Each application for admission will be processed separately by the Graduate Committee.

1.10. The Committee reserves the right to refuse admission to any applicant without assigning any reason, or cancel the admission of a student at any stage if his/her conduct or progress in studies is not found satisfactory.

REGULATIONS FOR PHD PROGRAM

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1.11. Each student is required to register himself/herself at the University in the field/discipline in which he/she takes courses, does research, and receives degree.

1.12. Tuition and other fees must be paid at the time of registration.

2. Duration of Study2.1. The minimum duration for completing all the requirements for the full time and part time PhD degree program shall be three years and five years, respectively.

2.2. The maximum duration for completing all the requirements for the full time and part time PhD degree program shall be five years and seven years respectively. However, the ASRB may extend the period up to one year on account of any special circumstances on the recommendation of supervisor.

3. PhD Course Work 3.1. For strengthening student’s knowledge in his/her field of research work and for enabling him/her to carry out research properly, he/she is required to complete

the course work of at least 18 credit hours followed by a comprehensive examination.

3.2. Transfer of credits earned in other Institutions may be approved in individual case up to a maximum determined by the Equivalence Committee.

4. Distribution of Courses and Credit Hours

Courses Description No. of Courses Credit Hours

Optional Courses 04 12

Compulsory Courses 02 06

Thesis/Dissertation ----- 30

Total 48

5. Compulsory Courses

Subject Credit Hours Marks

Advanced Mathematical Modelling and Simulation 03 100

Advanced Research Methodology 03 100

Total 06 200

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6. Optional/Elective Courses

Subject Credit Hours Marks

Elective Course – I 03 100

Elective Course – II 03 100

Elective Course – III 03 100

Elective Course – IV 03 100

Total 12 400

7. Research Work7.1. Each student has to prepare his/her research proposal in consultation with his/her supervisor and apply on prescribed form to the Directorate of PGS who will

process his/her application and forward it to the ASRB for approval. The ASRB will also approve the advisor and, if needed, co-advisor in consultation with advisor. After approval of his/her research proposal by the ASRB, the student shall be required to give initial seminar before the ASRB.

7.2. Before a candidate is finally registered for PhD degree, the research proposal is to be evaluated by at least three experts in the relevant field, one from within the country and the two from technologically advanced countries abroad.

7.3. After completing all the formalities for registration, including initial seminar, the student shall proceed with his/her research work under the guidance of his Supervisor and give minimum two progressive seminars during the studies.

7.4. After completion of research, the student will submit draft copy of thesis for conducting the plagiarism test. When the thesis found authentic (free of plagiarism), the candidate will be allowed to deliver final seminar before the ASRB for approval of his/her research work and submission of thesis. The thesis will be sent to the same experts within the country and abroad who had originally evaluated the research proposal, provided that if he/she is not available, the ASRB shall appoint a new evaluator.

7.5. The candidate will be allowed to appear in the viva-voce examination to defend his/her thesis after incorporating the remarks of evaluators and submitting his/her modified thesis through his/her Supervisor. The report of the thesis examiner appointed by the ASRB should be unanimous for the award of the degree. If the examiners recommend that the student is successful at the viva-voce examination, he/she may be declared to have passed the Doctor of Philosophy Degree examination. In case of failure, a second examination may be given on the recommendation of the examiners. No student will be permitted for third examination.

7.6. Acceptance/publication of at least one research paper in SCI approved journal is also essential for the award of PhD degree.

7.7. Other Regulations: All other regulations for the approved PhD degree program, such as payment/refund of various fees, approval/change of thesis topic, completion of course work, passing comprehensive examination, delivery of seminars, submission of progress reports, leave of absence, no objection certificate/study leave from employer, preparation and evaluation of thesis, publication of research paper, conduct of thesis examination, declaration of result, award of degree etc. shall also apply to PhD degree program.

7.8. Amendment to Regulations: These Regulations may be amended from time to time as deemed fit by the authorities of the Dawood University of Engineering & Technology, and, unless specifically stated otherwise, the amended Regulations shall apply to the already registered students as well as to the new students.

Chapter

03

Department of Chemical Engineering

28

Chemical engineering is one of the most diverse arena of engineering offering solutions for problems in the energy and environment, materials, processes and designing. These all areas establish the whole continuum of human activity and serve the livelihood and well-being of humans. Doing post-graduation in chemical engineering from Department of Chemical Engineering, Dawood University of Engineering and Technology (DUET), you will find yourself occupied in one of the very many aspects of the above four fields.

The department has been offering bachelor of chemical engineering since 1964. Keeping up with the current chemical industry, advance research and social trends, the department is offering MS and PhD in chemical engineering from this year. Our department has produced more than 5,000 chemical engineers serving in industry and academia at different corners of the world. The highly qualified and motivated faculty members with expertise in chemical engineering, chemistry and materials engineering, are dedicated to teaching and research. With continuous advancement in academic profession, the faculty incorporates their research into their lectures. Their research covers a wide range of topics, consisting of fine separation and filtration, process design and integration, nanocomposite materials, green chemistry and energy engineering. We have had the greatest success in research among all the departments at DUET with more than 50 SCI publications in last few years. Collaboration and interaction between faculty in different fields in Pakistan and worldwide is highly encouraged.

I am greatly pleased to lead this department. I invite you to become a part of our developing network of excellence in chemical engineering.

Your success is our pride and responsibility.

Dr. Rashid Hussain AbroChairman

Department of Chemical Engineering, DUET

CHAIRMAN’s

MESSAGE

29

INTRODUCTION TODEPARTMENT OF CHEMICAL ENGINEERING

The Department of Chemical Engineering at Dawood University of Engineering and Technology, Karachi was established in 1964. The Chemical Engineering Department has grown in strength and stature and is now recognized as one of the best teaching and research departments in Pakistan in field of Chemical Engineering. Besides the fundamentals of Chemical Engineering, we also emphasize our teaching and research in the cutting-edge areas like Process and Product Development, Green Chemistry, Biotechnology, Pollution Prevention, Bioengineering and Biomedical Engineering, and Computational Fluid Dynamics together with the concepts of industrial safety and environmental protection. Our focus is to develop technical, interpersonal, analytical, problem solving, entrepreneurial and leadership skills among students.

The Department has considerable prestige and standing in the academic and industrial world because of the efforts of highly motivated and qualified faculty. We envision Postgraduate Program committed to produce outstanding graduate students, with notable research/course based specialized programs.

We emphasize on commercialization of research projects So that in the future it should be a self-sustained enterprise. Postgraduate Program aims to develop its identity as a preferred choice for the technical consultation or solution provider for both Government & Private Sector organizations. The department’s research strategy aims to the national drive for ‘sustainability’ addressing the need for chemical engineering and biotechnology processes and materials. With state of the art laboratories and highly qualified faculty department is prepared to produce highly capable academicians, researchers and scientists of tomorrow.

30

FACULTYS. No Name of Faculty Members Designation Qualification

1 Dr. Abdul Waheed BhuttoDean Faculty of Engineering / Professor

PhD (Chemical Engg) MUETME (Environmental Engg) NEDBE (Chemical Engg) NED

2 Dr. Haroon Jangda ProfessorPhD (Chemical Engg) University of Sheffield, UKMS (Chemical Engg) University of Sheffield, UK

3 Dr. Rashid Hussain AbroChairman / Associate Professor

PhD (Chemical Engg), Beijing University of Chemical Technology, BeijingME (Chemical Engg) MUETBE (Chemical Engg) MUET

4 Engr. Nusrat Kiran Assistant ProfessorPhD (Environmental Studies) KU (in progress)ME (Chemical Engg) NEDBE (Chemical Engg) MUET

5 Engr. Ghulamullah MaitloAssistant Professor(On Study Leave)

PhD (Chemical Engg) MUET (in progress)ME (Energy & Environment Engg) QUESTBE (Chemical Engg) MUET

6 Dr. Muhammad Shahab Alam Assistant ProfessorPhD (Analytical Chemistry) KUMSc (Analytical Chemistry) KU

7 Dr. Abdul Karim Shah Assistant Professor PhD (Chemical Engg) Hanyang University, South KoreaME (Chemical Engg) MUETBE (Chemical Engg) MUET

8 Dr. Shaukat Ali Mazari Assistant ProfessorPhD (Chemical Engg) University of Malaya, MalaysiaBE (Chemical Engg) DUET

9 Engr. Sadia Karim LecturerME (Energy Engg) HU (in progress)BE (Chemical Engg) NED

10 Engr. Muhammad Azam Usto LecturerME (Energy Engg) HU (in progress)BE (Chemical Engg) MUET

11 Engr. Syed Mazhar Imam LecturerME (Energy Engg) HU (in progress)BE (Chemical Engg) MUET

31

12 Engr. Saadia Athar LecturerME (Chemical Engg) NEDBE (Chemical Engg) NED

13 Engr. Abdul Sattar LecturerME (Chemical Engg) MUETBE (Chemical Engg) MUET

14 Engr. Sajid Riaz LecturerME (Chemical & Energy Engg) Otto-vonguericke University, Germany BE (Chemical Engg) DUET

15 Engr. Muhmmad Tanzeel Usman LecturerME (Chemical & Energy Engg) Otto-vonguericke University, Germany BE (Chemical Engg) DUET

16 Engr. Muhmmad Hassam Wajahat LecturerMS (Petroleum Engg) Delft University of Technology, Netherland BE (Chemical Engg) NUST

COURSES FOR MS PROGRAMApplications for MS Program in Chemical Engineering are being offered in following streams and eligible disciplines are also mentioned as below.

• Materials Engineering BE in Chemical / Mechanical / Metallurgical / Materials / Mining• Energy Engineering BE in Chemical / Mechanical / Electrical / Energy / Environmental• Process Engineering BE in Chemical / Mining / Industrial• Design Engineering BE in Chemical / Petroleum / Mechanical / Energy and Environmental / Polymers / Materials / Industrial

Candidates having BE/BS degree in different domains must take the required non-credit hour courses before enrolment. However, if any course(s) already studied before in Bachelor’s degree program may be exempted with the approval of competent higher authority.

32

Distribution of Courses and Credit Hours

Required Courses Courses Total Credit Hours

Core Courses 12 Credit Hours of Course Work from Core Chemical Engineering Courses 12

Elective Courses Up to 12 Credit Hours of Course Work from Elective Courses of Same Group 12

Thesis/ Compulsory Courses in Lieu of Thesis Work 2 Compulsory Courses (Each 3 Credit Hours) Can be Taken in Lieu of the Thesis 6

Total 30

NOTE: Core Courses for MS in Chemical Engineering are Same for all Streams.

S. No Course Title Credit Hours

1Advanced Chemical Engineering Thermodynamics

03

2 Advanced Chemical Reaction and Catalysis 03

3 Advanced Transport Phenomena 03

4 Advanced Engineering Mathematics 03


1 Experimental Design and Analysis 03

2 Management of Research & Development 03

33

LIST OF ELECTIVE COURSES FORDIFFERENT STREAMSDesign Engineering


1 Advanced Chemical Reactor Design 03

2 Advanced Fluid Mechanics 03

3 Advanced Heat Transfer 03

4 Numerical Methods in Chemical Engineering 03

5 Design of Heat Recovery Systems 03

6 Particle Dynamics 03



Process EngineeringS. No Course Title Credit Hours

1 Biochemical Engineering 03

2 Computational Fluid Dynamics 03

3 Computer Aided Process Design 03

4 Occupational Health and Safety in Process Industries 03

5 Process Design and Optimization 03

6 Transport Processes 03

7 Process Modelling and Control 03

8 Process Safety and Loss Prevention 03

9 Advanced Separation Processes 03



34

Energy EngineeringS. No Course Title Credit Hours

1 Sustainable Energy Engineering 03

2 Environmental Engineering 03

3 Energy Management & Auditing 03

4 Power Plant Engineering 03

5 Coal Technology, Carbon Capture, and Sequestration 03



Material Engineering


1 Advanced Composite Materials 03

2 Nanotechnology 03

3 Advanced Materials Engineering 03

4 Mechanical Behaviour of Materials 03

5 Manufacturing and Processes 03



35

COURSES FOR PHD PROGRAMDistribution of Courses and Credit Hours



Elective Courses 04 12


Total Credit Hours 48

SCHEME OF STUDYPhD (Full time: Morning) Degree: Scheme of Study

Semester-I Semester-II

Course Title Credit Hours Course Title Credit Hours

Compulsory Course-I 03 Elective Course-II 03

Compulsory Course-II 03 Elective Course-III 03

Elective Course-I 03 Elective Course-IV 03

Semester Credit Hours 09 Semester Credit Hours 09

Thesis/Dissertation Proposal Defence

Semester-III Semester-IV

Comprehensive Examination and First Progressive Report Second Progressive Report

Semester-V Semester-VI

Third Progressive Report Thesis/Dissertation

Total 48

36

Compulsory Courses


1 Advanced Mathematical Modeling and Simulation 03

2 Advanced Research Methodology 03

Elective Courses*

S. No Subject Credit Hours

1 Thesis and Manuscript Writing Skills 03

2 Research Seminars 03

3 Advanced Separation Processes 03

4 Advanced Computational Fluid Dynamics 03

5 Advanced Process Dynamics & Control 03

6 Chemical Kinetics and Transport 03

7 Advanced Fluid Mechanics and Heat Transfer 03

8 Advanced Principles of Biomolecular Engineering 03

9 Advance Nano Technology 03

10 Elective Chemical Engineering Graduate Course (Advanced Level Course(s) Approved by ASRB 03

11 Advanced Analytical Techniques 03

*Considering the background of the student vis-à-vis the field of his research work, the student’s Supervisor will propose these courses.

Chapter

04

Department of Electronic Engineering

40

Theoretical and practical applications of Electronic Engineering play an extremely important role in developing advanced science and technology. Electronic Engineering has wide range of application fields such as communication, control systems, robotics, electrical power systems, electromagnetic propagation of waves, nano structures and biomedical applications.

The Department of Electronic Engineering in Dawood University of Engineering and Technology (DUET) is the largest department, as measured by the number of faculty and students. The department offers high quality education with its innovative education approach and its young, dynamic academic staff composed of respected scholars in their fields. The department strives for continuous improvement, and we adapt our undergraduate and graduate curricula to better meet the needs of today’s students and tomorrow’s practicing engineers, as well as for students who desire a strong technical background as preparation for a career in a variety of professions for which electronic engineering provides a firm foundation.

Students can apply graduate degree programs to acquire expertise in different areas from their primary area of study. The department offers graduate programs in the fields of Electronic System Engineering, Power Electronics, and Communications and Signal Processing. With the collection of core courses, elective courses and the offered well-equipped laboratories, the students will have the opportunity to acquire multi-disciplinary perspective. It is provided that the graduates will possess high professional ethics, will be able to work both independently and in multi-disciplinary teams, will be creative, will be innovative, and in a short period they will become preferred leaders in industry or academia.

If you are a prospective undergraduate or graduate student, please come visit us as we always have time to welcome new and talented students to our programs.

Dr. Arsalan AnsariChairperson

Department of Electronic Engineering, DUET

CHAIRMAN’s

MESSAGE

41

INTRODUCTION TODEPARTMENT OF ELECTRONIC ENGINEERING

The Department of Electronic Engineering at Dawood University of Engineering & Technology (DUET) formerly Dawood College of Engineering & Technology was established in 1964. The Department of Electronic Engineering has the honor to be the pioneer in the field of Electronic Engineering in Pakistan. Due to the ever-increasing interest in the curricula, it has always remained the biggest and the most important department of the University. The Department is located in Main Campus of the DUET, Karachi. The Department has well-furnished and modern classrooms, laboratories, departmental library and seminar hall.

For more than five decades, this department continues to produce technical dexterous engineers with practical skills as refund in industries. The futuristic approach in its syllabi ensures that the graduates will have technical expertise with excellence in the communication skills to practice professional ethics, joint efforts and close collaboration in solving the practical problems. It has always remained the motive of this department to play vital role in the research and development of cutting edge technologies.

Being an oldest department of the university it has developed a strong linkage with the industries. It also serves as a solution provider for the industry through involvement of final year students’ projects. Alumni of this department are working at various executive positions in local & multinational organizations. Fresh graduates are being inducted easily in public and private organizations as well as in the academia.

The Department of Electronic Engineering has always played a pivotal role in the development and advancement of the disciplines of Electronic Engineering all over Pakistan through its alumni / students who belong to various provinces of Pakistan and rest of the world.

Theoretical and practical applications of Electronic Engineering play an extremely important role in developing advanced science and technology. Electronic Engineering has wide range of application fields such as communication, control systems, robotic, electrical power systems, electromagnetic propagation of waves, nano structures and biomedical applications.

42

The Department of Electronic Engineering has a continuous striving strategy towards the development and enhancement of quality education and supportive facilities to make it easy for the students to learn and build their career. In this context, Department of Electronic Engineering has inducted highly qualified PhD faculty to meet the requirements and fundamental standards of Engineering. In this regard, the Department of Electronic Engineering has announced its post graduate degree programs to acquire expertise in different areas from their primary area of study. The department offers graduate programs in the following specializations

• Electronic System Engineering, • Power Electronics, and • Communications and Signal Processing.

With the collection of core courses, elective courses and the offered well-equipped laboratories, the students will have the opportunity to acquire multi-disciplinary perspective.

The Department has following fully equipped state of art laboratories

• Basic Electrical & Electronic (BEE) Lab• Electrical Machines Lab• Communication & Embedded Systems (CES) Lab• Computer & Simulation Lab-I• Computer & Simulation Lab-II• Instrumentation & Measurement (I&M) Lab• Project Design Lab• Industrial Electronic Lab • Digital Logic Design (DLD) Lab

43

FACULTYS. No Name of Faculty Members Designation Qualification

1 Prof. Engr. Rashid Baig Associate ProfessorMSEE (NMU),US, MSCE (WMU),USBE (Electronic Engg) NED

2 Engr. Shahid Iqbal Assistant ProfessorMS BIZTEK UniversityBE (Electronic Engg) NED

3 Engr. Dilip A. Ramnani Assistant ProfessorPhD (Electronic Engg) MUET (in progress)ME (Electronic Engg) NED BE (Electronic Engg) DUET

4 Engr. Arif Abdullah Assistant ProfessorPhD MUET (in progress)ME (Electronic Engg) UET LahoreBE (Electronic Engg) SSUET

5 Engr. Sohail Rana Assistant ProfessorMS(Mobile Computing & Information System) UIT, HUBE (Electronic Engg) DUET

6 Engr. Ghazala Bhutto Assistant ProfessorME (Micro System Design) NEDBE (Electronic Engg) MUET

7 Engr. Amna Najab Assistant ProfessorME (Micro System Design) NEDBE (Electronic Engg) MUET

8 Engr. Nadia Mustaqim AnsariAssistant Professor(On Study Leave)

PhD (Electrical Engg Specialized in Communication System & Networks) HU (in progress)MS (Networks & Telecom) MAJUBE (Electronic Engg) DUET

9 Engr. Adnan WaqarAssistant Professor(On Study Leave)

PhD (Electronic Engg) ECU, Australia (in progress) MBA, CBM ME (Computer Systems) NED BS (Electronic Engg) SSUET

44

10 Dr. Arsalan AnsariChairman / Assistant Professor

PhD (Electrical Engg Major in Power Electronics) Hanyang University, South KoreaBE (Electrical Engg) MUET

11 Dr. Ramesh Kumar Assistant Professor

PhD (Electronic & Computer Engg) Hanyang University, South KoreaMS (Electrical, Electronic and Control and Instrumentation Engg) Hanyang University, South KoreaBE (Computer Systems Engg) MUET

12 Engr. Abdul Aziz Naich Lecturer BE (Electronic Engg) NED

13 Engr. Bushra Akhtar LecturerMS (Telecom Engg) MAJU BE (Electronic Engg) NED

14 Engr. Muhammad Shahid LecturerME (Industrial Controls and Automation), UITBE (Electronic Engg) NED

15 Engr. Nusrat Ahmed LecturerME (Networks & Telecom) MAJUBE (Electronic Engg) DUET

16 Engr. Irshad Muhammad Lecturer BE (Electronic Engg) NED

17 Engr. Muhammad Ahsan LecturerME (Electronic Engg) NEDBE ( Electronic Engg) DUET

18 Engr. Muhammad Ismail LecturerPhD (Electrical Engg) HU (in progress)ME (Micro System Design) NEDBE (Electronic Engg) DUET

45

COURSES FOR MS PROGRAMApplications for MS Program in Electronic Engineering are being offered in following streams and eligible disciplines are also mentioned as below.

• Electronic System Engineering BE in Electrical / Electronic / Telecommunication / Computer System / Mechatronic • Power Electronics BE in Electrical / Electronic / Telecommunication / Mechatronic• Communications and Signal Processing BE in Electrical / Electronic / Telecommunication / Computer System / Avionics

Candidates having BE/BS degree in different domains must take the required non-credit courses before enrolment. However, if any course already studied before in Bachelor’s degree program may be exempted with the approval of competent authority.



Core Courses 12 Credit Hours of Course Work from core Electronic Engineering Courses

12

Elective CoursesUp to 12 Credit Hours of Course Work from Elective Courses of Same Group

12

Thesis / Compulsory Courses in Lieu of Thesis Work2 Compulsory Courses (Each 3 Credit Hours) Can be Takes in Lieu of the Thesis

6

Total 30

46

List of Core Courses

S.No Course Title Credit Hours

1 Mathematical Methods for Engineers and Scientists 03

2 Optimization Theory 03

3 Linear System Theory 03

4 Engineering Research Methodology 03

NOTE: Core Courses for MS in Electronic Engineering are Same in All Streams.

LIST OF ELECTIVE COURSES FOR DIFFERENT STREAMSElectronic System Engineering


1 Semiconductor Devices and Technology 03

2 Introduction to MEMS Design and Micromachining 03

3 Nanotechnology 03

4 Advanced VLSI 03

5 Advanced FPGA Systems 03

6 Microprocessor Based System Design 03

7 Optical Engineering 03

8 Instrumentations and Systems 03

9 Linear Integrated Circuits 03

47

10 Advanced Digital Control 03

11 Modeling and Simulation of Dynamic Systems 03

12 Robotics and Industrial Automation 03

13 Special Topics in Electronic Systems Engineering 03

Power Electronics


1 Power Electronic Devices 03

2 AC-DC and DC-AC Converters 03

3 Control of DC Machine Drives 03

4 Control of AC Machine Drives 03

5 Switch Mode Converter Analysis and Design 03

6 Control for Renewable Energy Systems 03

7 Advance Power Electronics 03

8 Power Quality and Management 03

48

Communications and Signal Processing


1 Advanced Wireless Communications 03

2 Wireless Sensor Networks 03

3 LTE Mobile Communication 03

4 Software Defined Radio Networks 03

5 Advanced Digital Signal Processing 03

6 Wave Propagation and Antennas 03

7 Advanced Optical Communications 03

8 Wireless Communication Channel Modeling 03

9 Information and Coding Theory 03

10 Advanced Digital Communication 03

11 Electromagnetic Field Theory 03

12 Stochastic Processes 03

49

COURSES FOR PHD PROGRAMDistribution of Courses and Credit Hours



Elective Courses 04 12


Total 48

SCHEME OF STUDYPhD (Full time: Morning) Degree: Scheme of Study

Semester-I Semester-II

Course Title Credit Hours Course Title Credit Hours

Compulsory Course-I 03 Elective Course-II 03

Compulsory Course-II 03 Elective Course-III 03

Elective Course-I 03 Elective Course-IV 03

Semester Credit Hours 09 Semester Credit Hours 09

Thesis/Dissertation Proposal Defence

Semester-III Semester-IV

Comprehensive Examination and First Progressive Report Second Progressive Report

Semester-V Semester-VI

Third Progressive Report Thesis/Dissertation

Total 48

50

Compulsory Courses


1 Advanced Mathematical Modeling and Simulation 03

2 Advanced Research Methodology 03

Elective Courses*

S.No Subject Credit Hours

1 Thesis and Manuscript Writing Skills 03

2 Research Seminars 03

3 FACTS and HVDC Systems 03

4 Advanced DC-DC Converters 03

5 Smart Grid Networks 03

6 Advanced Digital System Design 03

7 Advanced Semiconductor Device Theory 03

8 Advanced Embedded Systems Design 03

9 Elective Electronic Engineering Graduate Course 03

*Considering the background of the student vis-à-vis the field of his research work, the student’s Supervisor will propose these courses.

Chapter

05

Department of Industrial Engineering & Management (IE&M)

54

It is a great pleasure to welcome you to the Department of Industrial Engineering and Management (IE&M) at Dawood University of Engineering and Technology.

The discipline of IE&M pervades every aspect of modern society, and continues to be the cornerstone of rapid technological advances that improve the quality of life in this millennium. IE&M strives to be at the forefront of engineering education to equip our students to be engineering leaders in industry, research, and entrepreneurship.Some of the most recent development in our areas of research are the networking and collaboration with various industrial parties and outreach universities.IE&M provides a blend of theoretical and practical knowledge that match well with the short term & long term requirements of the industry.

As per the current Engineering trends and market requirements, department is offering Master’s Program in IE&M with specialization in four following streams:

• Specialization in Engineering Management • Specialization in Industrial Automation • Specialization in Project Management • Specialization in Supply Chain Management

All have curricula that enable students to design customized programs comprising a specific set of courses, tailored to meet their individual interests and career goals.The choice of subject areas is extensive and we are confident that we have a course to suit your interests.The course contents are periodically updated for introducing new scientific and technological developments.

Our department provides excellent environment to the students to hone up various IE&M skills and has a continuous process of interaction with corporate, industry leaders through workshops, seminars, lectures and other extracurricular events. We are conscious of our responsibility and, therefore, groom future leaders by following a judicious blend of theory and practice, using highly innovative teaching methodology which combines excellence in research. Our staff are publishing widely in international and local accredited journals, presenting many papers at conferences and producing many other research outputs of a high international standard. The department has been able to attract leading firms in large number to take part in the campus recruitment. Today, our alumni serve at the different leadership positions in the various private, public, multinational, government and non-profit organizationsand continue to make significant contributions to the field.

Our central goal is to continue on this path of multidisciplinary excellence in all facets of research, education, and service to the state and the nation. We are very proud of our track record of excellence in both teaching and research. The thinking behind this is to encourage collaboration across traditional boundaries.I encourage you to contact us with any questions, requests for more information.

Finally, it is my pleasure to work with such highly distinguished staff and to serve our inquisitive and passionate student body in achieving our department mission and vision.

“We want to be right there at the forefront, ready to attract and host the next generation of world-class researchers.”

Prof. Dr. Zeeshan Ali MemonChairman

Department of Industrial Engineering and Management

CHAIRMAN’s

MESSAGE“We’re about to make some important changes that will better position the Department for future success and I wanted to share that breaking news with you now.”

55

INTRODUCTION TO DEPARTMENT OF INDUSTRIALENGINEERING & MANAGEMENT(IE&M)

The Department of Industrial Engineering & Management at Dawood University of Engineering and Technology (DUET) formerly Dawood College of Engineering and Technology was established in 1982. Industrial Engineering is about making the best use of available resources like Men, Money, Machines, Materials and Methods to increase the productivity & quality, lower the cost, assure safety of personnel & optimum utilization of machine resources, create and maintain good working environment to improve efficiency & effectiveness.

Department of Industrial Engineering and Management, DUET is willing to launch MS program in Industrial Engineering field. We are interested to offer MS partial research based program/ Course work for graduate students in DUET. The tentative date of commencement of the program is January, 2019.

Industrial Engineering is a diverse discipline concerned with the planning, design, optimization, implementation, and management of complex production systems of people, materials, and equipment for all kinds of manufacturing and service operations as well as the integration of computers, information, and technology to operate and control these complex systems. The graduate curriculum in Industrial Engineering is designed to provide the students with computing, quantitative, analytical and applications skills and to prepare them as entrepreneurs, problem solvers, effective decision-makers, and change agents in a competitive business environment or as prospective scientists in the academics.

Department envisions Postgraduate Degree Programs (PGDP) committed to outstanding graduate / postgraduate studies, notable research/course based programs and strong emphasize of commercialization of research projects. So that in the future it should be a self-sustained enterprise. The objectives of MS Industrial Engineering program shall be to produce graduates, who:

• Are highly valued and technically sound professionals, well prepared for their subsequent assignments, duties and responsibilities as Professional Engineers.

• Have been provided core education in this program.

• Can apply foundational scientific concepts and sound engineering principles efficiently and effectively starting from conceptual design till final deliverables, utilizing advanced technological capabilities.

• Have experience in conducting independent research work and document it with fact finding approach.

• Can professionally support and communicate technical solutions and results.

56

FULL TIME TEACHING FACULTY

S. No Name of Faculty Members Designation Full Time/

Part Time

Details of Qualification (s)

SpecializationPhD Engg MSc Engg BSc Engg

Institution

1 Prof. Dr. Faizullah AbbasiVice Chancellor and Professor in

I.E&MFull Time

PhD M.SB.E

Sheffield City, England Uni of Strathclyde Uni of Sindh

Materials Engineering Production Management Mechanical Engineering

2Prof. Dr. Pir Roshan Din Shah Rashidi

Pro-Vice Chancellor and

Professor in I.E&M

Full TimePhDMScB.E

Uni of NottinghamUni of Nottingham

MUET

Mfg. Engg. & Operation Management

Operations Management & Mfs Systems Mechanical

3 Prof. Dr. Zeeshan AliProfessor and

Chairman, IE&MFull Time

PhDM.SB.E

University of NottinghamNWFP University

Control and DynamicsMechatronics Mechanical

4 Prof. Dr. Perwaiz A.A Khan Professor Full Time

MBAPhDMSBS

Uni of Pittsburgh, USAPENN state UniPENN state Uni

National College of Engg., Karachi

Marketing / FinanceMetallurgy / MaterialsMetallurgy / Materials

Metallurgy

5 Dr. Muhammad Dawood IdreesAssistant Professor

Full Time*MS & PhD

B.EHanyang University, S. Korea

DUETIndustrial Mgt. Engg.

Industrial Engg. & Mgt.

6 Engr. Darya KhanAssistant Professor

Full Time*M.E,B.E

NEDMUET

Mfg Engg Industrial Engg & Mgt.

7 Engr. Aurangzeb JunejoAssistant Professor

Full Time*M.EB.E,

MUET Industrial Engg & Mgt

8 Engr. Rano Khan Wassan Lecturer Full TimeM.Sc,B.E

UTP, Malaysia,MUET

Mechanical

9 Engr. Jansher Ansari Lecturer Full TimeM.EB.E

Politenico di Torino, ItalyEngg Management

Electronics & Computers

57

COURSES FOR MS PROGRAMApplications for MS Program in Industrial Engineering and Management are being offered in following streams as mentioned below:

• Specialization in Engineering Management BE in Industrial or any allied discipline • Specialization in Industrial Automation BE in Industrial or any allied discipline• Specialization in Project Management BE in Industrial or any allied discipline• Specialization in Supply Chain Management BE in Industrial or any allied discipline

Candidates having BEE/BS degree in different domain must take the required non-credit hour courses before enrolment. However, if any course(s) already studies before in Bachelor’s degree program may be exempted with the approval of competent higher authority.



Core Courses 12 credit hours of course work from the core Industrial engineering courses

12

Elective CoursesUp to 12 credit hours of course work from elective courses of same group

12

Thesis / Compulsory Courses in Lieu of Thesis Work2 compulsory courses (each 3 credit hours) can be taken in lieu of the thesis

6

Total Credits 30

58



1 Project Management 03

2 Total Quality Management 03

3 Supply Chain Management 03

4 Research Methodology 03

Compulsory courses in lieu of thesis work


1 Six Sigma Methodologies 03

2 Lean and Agile Manufacturing 03

LIST OF ELECTIVE COURSES FOR DIFFERENT STREAMSEngineering Management


1 Organization Behaviour 03

2 Energy Management 03

3 Operation Research 03

4 Cost & Management Accounting 03

5 Computer Integrated Manufacturing 03

6 Business Forecasting 03

7 Warehouse Management and Distribution Network 03

59

Industrial Automation


1 Robotics 03

2 Computer Vision 03

3 Linear Control System 03

4 Pattern Recognition 03

5 Data acquisition and control 03

6 Modeling and Simulation 03

7 Non-linear control system 03

8 Distributed control systems 03

9 Robotics and intelligent sensors 03

10 Programmable logic controllers 03

11 Industrial Process Control System 03

12 Industrial Instrumentation 03

13 SCADA and Distributed control system 03

Project Management


1 Project Risk Management 03

2 Statistical Methods in Project Management 03

3 Project Communication Reporting and Presentation Management 03

4 Project Quality Management 03

5 Human Resource Management 03

6 Project Management Software 03

7 Advance Financial Management 03

8 Business and Corporation Strategy 03

60

Supply Chain Management


1 Vendor Selection and Development 03

2 Production Planning & Inventory Control 03

3 Customer Relationship Management 03

4 Managing Risks in Supply Chains 03

5 Warehouse Management and Distribution Network 03

6 Management Information Systems 03

7 Vender and Procurement Management 03

8 ERP System Design and Implementation 03

Chapter

05

Department of Metallurgy and Materials Engineering

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It gives me immense pleasure to introduce the Department of Metallurgy and Materials Engineering at Dawood University of Engineering and Technology Karachi. The department of Metallurgical Engineering was established in 1964 as an inter-disciplinary field then after nomenclature was changed to Metallurgy and Materials Engineering. The department of Metallurgy and Materials Engineering plays a vital role in socio economic developments of nation. The modern development is nothing without the use of engineering materials. The development, processing, characterization and application of engineering materials need the sound theoretical and practical knowledge. All fields of engineering based on use of metallic, ceramic, polymeric, or composites. Exciting challenges exist today in the development and application of new materials such as Superconductor’s Nano materials and Ultra lightweight material, new magnetic and sophisticated high-temperature Supper alloys.

The Department of Metallurgy and Materials Engineering has been offering four year program in degree course titled Bachelor of Engineering in Metallurgy and Materials. Keeping with the current advancement in industries and advance research, the department has planning to offer MS in Metallurgy and Materials Engineering from current academic year. The highly qualified and motivated faculty members with expertise in academic and research are dedicated to teaching in field of Materials, Chemistry and Physics. With continuous advancement in academic processions, the faculty has contributed a lot in research by publishing his research work in HEC recognized and SCI research Journals in Advanced super alloys, Composite Materials, Bio Materials and nano Materials as well. The collaboration and interaction between academic and industries in Pakistan and worldwide is highly appreciated in this regard.

Thanks to all including the Vice chancellor DUET, Dean Faculty of Engineering the University Authorities, Teachers and Students are extending their co-operation for maintaining peace and harmony among the campus for quality Engineering Education. We are all together continued to play a leading role in our education system/respective disciplines, both nationally and internationally for the development of world.

Engr. Prof. Dr. Muhammad Hayat JokhioChairman

Department of Metallurgy & Materials Engineering, DUET

CHAIRMAN’s

MESSAGE“We’re about to make some important changes that will better position the Department for future success and I wanted to share that breaking news with you now.”

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INTRODUCTION TO DEPARTMENT OF METALLURGY & MATERIALS ENGINEERING

This department was established in 1964 with the aim of producing professional and qualified engineers in the field of metallurgical engineering. Later on due to an increasing the demand of using new emerging materials such as superconductor’s, nano materials and ultra lightweight material, new magnetic materials and developments of high-temperature super alloys. The department is now offering four years combined bachelor degree program in the field of Metallurgy and Materials Engineering. Being the first department of the country, it fulfilled the needs of qualified man power for many metal industries including the iron and steel industry like Pakistan Steel Mill, People Steel Mills, Karachi Shipyard and Engineering Works, Pakistan Machine Tool Factory, Bolan Casting, Automobile and Aerospace industries. Many public and private organizations are engaged in remelting, refining, forming, and fabrication operations of metals, nonmetals as well as the many Research and Development Organizations in country are also using and conducting research work on engineering materials which also needs qualified man powder.

The course consists of various major subjects such as Materials Thermodynamics, Iron Making Technology, Steel Making Technology, Physical Metallurgy, Advanced Materials, and Materials Characterization Inspection & Testing of Materials, Heat treatment Processes, Corrosion Prevention and Protection, Manufacturing Technology, Fracture Mechanics and failure analysis which form the base for B.E, degree program. The Department is fully equipped with modern labs and equipment’s such as Scanning Electron Microscope laboratory (SEM), Foundry Engineering lab, Welding lab, Heat Treatment lab, Mechanical testing lab, Spectroscopy lab, Metallography lab and Computer lab. The department has full time highly qualified foreign faculty. The department is privileged to have visiting faculty from all the local industries. With the advent of new materials, the department is also catering the teaching and training to our students in various metals nonmetals related industrial sectors concerned with iron and steels, ceramic polymers, and composite materials. Our final year students carry out internship training and research projects in these diversified fields of materials and indigenous resources at the local industries and research laboratories. The department also offering career counselling and makes efforts in the placement of our graduates in the industry and government departments. With the current support of HEC/Ministry of Education, Government of Sindh, the existing laboratories are being equipped and new labs are being established with new equipment’s for testing and evaluation of all the engineering materials.

The library is currently provided with all the volumes published on materials testing and evaluation by American Society of Testing Materials and other latest books published by ASTM. The department is also planning to start MS program in collaboration with local and foreign Universities.

FACULTYS. No Name of Faculty Member Designation Qualification

1 Dr.Muhammad Hayat Jokhio Professor PhD (Composite Materials) MUET M.E (Manufacturing & heat treatment) MUET B.E (Metallurgical Engineering ) NED

2 Dr. Syed Asif Ali Shah Associate Professor PhD (Nano Materials) Dalian,ChinaM.E (Materials Engineering) NEDB.E (Metallurgy & Materials) MUET

3 Dr. Inamullah Maitlo Assistant Professor PhD (Bio Materials) BUCT ChinaM.E (Materials Science & Tech) MUET B.E (Metallurgy and Materials ) MUET

4 Engr. Iftikhar Ahmed Memon Assistant ProfessorM.E (Materials Science & Tech) MUET B.E (Metallurgical Engineering) NED

5 Engr. Subhan Ali Jogi Assistant ProfessorPhD(Materials Engineering ) DUET (in Progress)M.E (Metallurgy and Materials ) MUET B.E (Metallurgy and Materials ) MUET

6 Engr. ShakilMemon LecturerPGD (Materials Science & Tech) MUET B.E (Metallurgical Engineering) NED

7 Engr. Sajid Hussain SiyalLecturer (on study leave)

PhD( Composite Materials )BUCT,China(in Progress)M.E (Materials Engineering ) NEDB.E (Metallurgy and Materials ) MUET

8 Engr. M.Fahad Riaz LecturerM.E (Materials Engineering ) NEDB.E (Materials Engineering ) NED

9 Engr.Tufail Ahmed LecturerM.E (Metallurgical Engineering ) NEDB.E (Metallurgical Engineering) MUET

COURSES FOR MS PROGRAMApplication for MS Program Metallurgy and Materials Engineering department are being offered in streams and eligible disciplines are also mentioned below.

• Metallurgy and Materials Engineering BE in/ Metallurgical/ Materials/ Chemical/ Mechanical/ Energy/ Industrial/ Mining

Candidates having BE/BS degree in different domains must take the required non-credit courses beforeenrolment. However, if any course already studied before in Bachelor’s degree program may be exemptedwith the approval of competent higher authority.



Core Courses12 credithoursofcourse workfrom thecore chemicalengineeringcourses

12

Elective CoursesUp to 12 credithoursofcoursework fromelective courses of same group

12

Thesis / Compulsory Courses in Lieu of Thesis Work2 compulsory courses (each 3 credit hours) can be taken in lieu of the thesis

6

Total Credits 30

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1 Heat treatment and Phase Transformations 03

2 Materials thermodynamics and Extractive Metallurgy 03

3 Mechanical Behavior of Materials and failure analysis 03

4 Advanced Materials 03

Compulsory courses in lieu of thesis work


1 Advanced Engineering Ceramics & Glasses 03

2 Advanced Steel 03

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LIST OF ELECTIVE COURSES FOR DIFFERENT STREAMSS.No Course Title Credit

Hours

1 Manufacturing processes & Production Management 03

2 Welding and Joining Processes 03

3 Modelling and Computational methods 03

4 Corrosion protection and prevention 03

5 Advanced Composite Materials 03

6 Nano Materials Technology 03

7 Research Methodology 03

Chapter

06

Fee Structure for MS and PhD Program

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FEE STRUCTURE FOR MS PROGRAMS.No Details of University Fee Amount

(PKR)

1 Admission Fees (Payable Once at the Time of Admission) Rs. 4,000/-

2 Enrolment Fee (Payable Once at the Time of Admission) Rs. 1,000/-

3 Identity Card Fee (Payable Once at the Time of Admission) Rs. 300/-

4 Library Membership (Payable Once at the Time of Admission) Rs. 1,000/-

5 Tuition Fee Per Semester Rs. 40,000/-

6 Research Proposal Processing Fee Rs. 1000/-

7 Security Deposit (Refundable) Rs. 5,000/-

Total Rs. 52,300/-

Note: i. The late fee charges of Rs. 120/- per day shall be imposed for the late submission of Thesis beyond the specified time of six months.

ii. The failure/improver students shall pay Rs. 15,000/- (Fifteen thousand rupees) per course.

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FEE STRUCTURE FOR PHD PROGRAM

S.No Details of University Fee Amount (PKR)

1 Admission Fee (Payable Once at the Time of Admission) Rs. 5,000/-

2 Enrolment Fee (Payable Once at the Time of Admission) Rs. 1,000/-

3 Identity Card Fee (Payable Once at the Time of Admission) Rs. 300/-

4 Library Membership (Payable Once at the Time of Admission) Rs. 1,000/-

5 Tuition Fee Per Course Rs. 13,000/-

6 Research Proposal Processing Fee Rs. 1,500/-

7 Security Deposit (Refundable) Rs. 5,000/-

Note: Late fee charges of Rs. 120/- per day shall be imposed for the late submission of thesis beyond the specified time of six months.

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