Academic Board of GTU 2 April 2018 01-05-04/95 Modified by...

Approved by

Academic Board of GTU

2 April 2018

Order № 01-05-04/95

Modified by

Academic Board of GTU

2 April 2018

Order № 01-05-04/95

Bachelor's Educational Program

Name of the program

მშენებლობა

Construction

Faculty

სამშენებლო

Civil Engineering

Program manager

Professor Malkhaz Tsikarishvili

Qualification and program credits

ინჟინერიის ბაკალავრი მშენებლობაში

Engineering bachelor in construction

The language of teaching

Georgian

Precondition for admission to the program

Prerequisite for access to the program

The Bachelor's Degree has the right to study only the certificate of full state education or a prson equal to him shall be

enrolled in accordance with the procedure established by the legislation of Georgia. Additional prerequisites are

available.

Description of the program

Discription of the program The program is made according to the European system of credit transfer and accumulation (ECTS),

1 credit equals 25 hours and includes independent and contact hours. Distribution is presented in the curriculum. Bachelor

- according to educational program student learns less than 240 (ECTS) credits. Annual total amount of credits accured by the

student a) It is possible to exceed 60 credits b) Less than 60 credits are allowed c) It is not allowed to exceed 75 credits.

The Duration of the program is determined for 4 years (8 semesters). The semester includes 20 weeks. Training weeks are 15.

The student is given the opportunity to pass the final exam, who has comletely fulfilled the prerequisited provided by the

educational, program and minimum completence limit crossed the semester assessment. If the total value of the median

assessment and final examination of the mid-term evaluation is 45-50 (FX- evaluation- failed ) 51 or more than. Student has the

right to leave the exams once again during the session. The interval between the final and the test will not be less than 5 days.

The assessment score received by the student is not added to the assessment score oblained on the final exam. The additional

assessment is the final assessment and will be reflected in the final assessment of the education component of the educational

program. Part of the level of evaluation of student learning results in each component consists of evaluation and conclusion. The

interim assessment includes the correct activity and the mid-examination exam. Each component of the evalution has minimum

competence limit which is defined in the instruction of the management process of Georgian Technical University and it is also

written in the training course (in the syllabus) you can find more information on the following web address of GTU instructional

management program.

http://gtu.ge/Study-Dep/Files/Pdf/martvis_%20instruqc_18_SD.PDF

After completion of the program a Bachelor's degree will be given qualification Doctor of Engineering in Construction, Basic

specialty at leats 220 credits and free components less than 20 credits.

220 credits of basic specialty includes: Mandatory courses of specialties - 154 credit

Foreign Language Component - 6 credits, It includes learning courses of English, Russian, German and French Languages.

Before stadying students have opportunities to choose one of this language.

Compulsory elective course. - 7 credits

Compylsory elective course of specialty - 43 credits from fifth semeter includes eighth semester, student choose by his/her

opportunity compulsory elective courses of specialty (in the 5th semester- 3 credits, in the sixth semester- 15 credits, in the 7th

semester - 25 credits).

Bachelor's works - 10 credits.

Educational Programe also includes free components:- In total 20 credits, from the feld of free components students according to

their will choose teaching courses in each semester less than 5 credits.

I semester

Engineering Mathematics 1-5- credits,

Foreign Language 1-3 credits

General Chemistry 5 credits

General physics 1-5 credits

The basics of programming in construction 6 credits,

Geodesy 1 - 3 credits

Elective training courses 3 credits ( Georgian history

The basics of philosophy

The basics of politics

Culturologo. Modern Technologies of language communication,intoduction of sociology.Introduction to pcychology,history of

technical design,World Art History

2 semester

http://gtu.ge/Study-Dep/Files/Pdf/martvis_%20instruqc_18_SD.PDF

Engineering geology and ground mechanics-3 credits

Engineering Mathematics2-5 credits

General Physics2-5 crdits.Foreign Languages2-3 credits.Geodesy 2-3 credits.A sphere of geometry-3 credits.Theoretical

Mechanics-statistics-5 credits.Construction drawing -3 credits

3 semester

Theoretical Mechanics-Dynamics-5 credits

Base Foundations-4 credits,engineering mechanics 3 -5 redits.Building Materials1-3 creits.Engineering Computer Graphics-4

credits.Material Durability1-5 credits.Hydraulics 5 credits

4 semester

Building Materials2-3 credits.Architectural planning-4 credits.Material durability 2-4 credits.Intoduction to the constructive

case-3 credits.Eclogy and environmental protection -3 creditsComputer calculations of building engineering tasks-4

credits.Building mechaniks-5 credits.Statisical Methods in construction - 3 credits.

5 semester

Analysis/projects constructive processes-5 credits,construction machinery-4 credits.Engineering equipping of buildings -4

creits.Construction structures-5 credits.construction processes- credits.Elective training courses -3 credits.(1Civil and Industrial

Building construction basis-4.Water Supply and the basics of wastewater-5.systems of microclimate o building free components-

credits

6 semester

Elective training courses - 4 credits(1 construction organization and management.2 Branches economics Analysis/projects of

constructive process of buildings-5 credits.Special mandatory elective training courses;15 credits,free components-5 credits

7 semester

Special mandatory elective training courses 25 credits;free components-5 credits

8 semester

Law and contracts-3 credits,Engineering safety basics in construction-3 credits.Construction assesment-4 credits.Expeniture

accounting- credits.Bachelor'sthesis-1- credits free components-5 credits.

The purpose of the program

The purpose of the program

Prepare a specialis in a construction design and practical activities with engineering oriented on construction

activites,with solid base knowledge and transferable skills can oriented dynamically varable environment.

Learn; Building Materials and Products used in the construction, building construction processes and

technologies,construction structures and methods of calculation,elements of engineering equipments of

building,construction machinery and equipments used for construction,issues of assessments and cost estimation of

construction facilities.

To study the methods of solving and designing tasks with computer calculation programs,in accordance with the

construction norms and rules.

Explorng the construction features,environmental rules,ecological systems and labor safety rules.

Improve student motivatin selfesteem and stimulating participation in the lerning process with using learning through

learning.

prepare compatible with modern requirements,qualiied,competitive,high citizen conscionsness and active epecialis for

worthy career,which will be motivated to get more with professional point of view. learnng/competences(general and

sectoral)

Outcomes/competences (general and sectoral)

Knowledge and Understanding – the Graduates will Have:

- Knowledge of constructive sphere and its variety theoretical and practical ,hich is based on construction process,slve

constructive planning using constructive machine-mechanisms.

- Knowledge of basic contems,thoris and principles of construction and design. Knowledge of ethics and professional

responsibility of the field specialis.

- Knowledge of the basicn fundamental, natural and general basic issues in order to understand the ways of solving

engineering problems.

- Ability to understand the use of construction normative documents.

- Knowledge of construction organization and menegemant and legal basis for construction contracts.

- Ability to understand environmental protection and labor safety requirements while performing construction works.

Ability to use Acquired Knowledge and Skills in Practice – the Graduates will Have and be Able to:

- In accordance with the predefined instructions;Ability to construct simple elements of buildings and

structures,ability to conduct works by considering the requirements laid down in the construction and construction

rules.

- Ability to select,evaluate and utilize technological means-building machinery and mechanisms.

- Using modern techniques and technologies to manage the construction organization brigade,n accordance with the

manufactures’s instructions.

- Ability to realize and self-control in social and professional societies.

- In the process of processing and realization of the project,with the consideration of the research elements and with

the instruction of the head thr ability to select appropriate methods ,operating construction norms,risk-

factors,existing resources and restrictions.

- Ability to use teamwork and create knowledge in the design process.

Making Judgments- the Graduates will Have:

- Identification of problems, identified in the field construction, comparison of situation, standard analysis and formation

of a reasonable conclusion.

- Ability to find information, analysis and conclusions from field literature.

- Ability to formulate, analyze and substantiate conclusion of documents and materials required for designing and

construction of building materials within the competence.

Conclusion-Making Skills – the Graduates will Have:

- The ability to identify the problems emerging in the field of construction, make comparison of situations, analyze

them using standard methods and provide substantiated conclusions;

- The ability to obtain the required information from scientific and technical reference materials and through the

internet, analyze them and make the relevant conclusions;

- The ability to appropriately and correctly realize and evaluate the risk factors existing at the time of participation in

designing, construction and operation of buildings, hydro-technical, road, transport and railway facilities, make and

duly formulate the relevant conclusions.

Communication Skills – the Graduates will Have:

-Ability to prevent information on ideas, existing problems and ways of solving them, as well as information on specialists

and non-specialists; Writing and oral communication skills in Georgian and Foreign languages.

-Ability to participate in discussions on various topics in details with field specialists.

-Ability to compile business documents using construction terminology.

-In conclusion sphere writing of thoughts and opinions, ability to oppose opinions or to support arguments.

-During communication find information and use communicative and technological skills.

Ability to learn

- Ability to evaluate their own learning process consistently and multilaterally.

- Ability of manage and realize their own direction of development in the learning process. All the basis of determining

the need for a life time study.

Values:

- Ability to evaluate values, principles and share with others in the field of construction, in accordance with the basic

laws of professional ethics.

- Ability to apply responsibility builder’s professional an ethical, as well as the safety and health of the community.

- The ability to create and protect the safe conditions of life and work including emergency situations.

- The ability to perceive the cultural independence of society in a socio-historical, ethical, aesthetic and philosophical

context.

- Ability to take into account ecological systems, convey the environmental obligations and share it with others.

Methods of achieving learning outcomes (teaching and learning)

Methods of achieving learning outcomes (teaching and learning)

Lecture Seminar (work in group) Practical Laboratory practice Course paper / project Master's paper

Consultation Independent work

Based on the specific course of study in the learning process, the relevant below listed activities of the teaching-learning methods

are used, which are reflected in the relevant training courses (syllabus):

1. Discussion/debates. This is the most widely spread method of interactive teaching. A discussion process greatly increases

the quality of students’ involvement and their activity. A discussion may turn into an argument and this process is not

merely confined to the questions posed by the teacher. It develops students’ skills of reasoning and substantiating their

own ideas.

2. Cooperative teaching is a teaching strategy in the process of which each member of a group not only has to learn the

subject himself, but also to help his fellow-student to learn it better. Each member of the group works at the problem

until all of them master the issue.

3. Collaborative work; using this method implies dividing students into separate groups and giving each group its own

task. The group members work at their issues individually and at the same time share their opinions with the rest of

the group. According to the problem raised, it is possible to shift the functions among the group members in this

process. This strategy ensures the students’ maximum involvement in the learning process.

4. Problem-based learning (PBL) is a method which uses a concrete problem as the initial stage both for acquiring new

knowledge and integration process.

5. Eurastic method is based on the gradual solution of the tast set. This process is carried out independently of the learning

facts and by seeing the connections between them.

6. 6Case study – the teacher discusses concrete cases together with the students and they study the issue thoroughly. E.g.,

in the sphere of engineering safety it can be a discussion of a concrete accident or catastrophe, or in political science it

can be a study of a concrete

7. Brain storming – this activity implies to form and promote radically different opinion, idea on concrete issue/problem.

This activity contributes to the development of a creative approach to the problem. Its application is effective in case

of a large number of students and consists of several main stages: Problem / issue determination in a creative

perspective; In a certain period of time, without criticism, note the ideas expressed by the listeners (mainly on the

board); Determination of assessment criteria to determine the establish the conformity of the idea with the aim of

the research; Assessment of selected ideas with predetermined criteria; By process of elimination, distinguish those

ideas that are most relevant to the issue. Demonstration of the highest evaluation idea as the best way to solve the set

problem

8. Role and situational games – games that are fulfilled according to predefined scenario allow students to look at the issue

differently. It helps them to develop an alternative viewpoint. Like discussions, these games also formulate the student's

ability to express and protect his/her position independently

9. Demonstration method implies presenting information with the help of visual aids. It is quite effective in reaching the

required result. It is frequently advisable to present the material simultaneously through audio and visual means. The

material can be presented both by a teacher and a student. This method helps us to make different steps of perceiving

the teaching material more obvious, specify what steps the students are supposed to take independently; at the same

time this strategy visually shows the essence of an issue/problem. Demonstration can be very simple.

10. Induction is such a form of transmitting any knowledge when the process of thinking in the course of the study is

directed towards generalization, in other words when delivering the material the process is going from concrete to

general.

11. Demonstration method implies presenting information with the help of visual aids. It is quite effective in reaching the

required result. It is frequently advisable to present the material simultaneously through audio and visual means. The

material can be presented both by a teacher and a student. This method helps us to make different steps of perceiving

the teaching material more obvious, specify what steps the students are supposed to take independently; at the same

time this strategy visually shows the essence of an issue/problem. Demonstration can be very simple.

12. Analytical method helps us to divide the whole teaching material into constituent parts. In this way the detailed

interpretation of separate issues within the given complex problem is simplified.

13. Synthetic method implies forming one issue from several separate ones. This method helps students to develop the

ability of seeing the problem as a whole.

14. Verbal or oral method comprises a lecture, narration, conversation, etc. During the process the teacher conveys,

explains the material verbally, and students perceive and learn it by comprehending and memorizing.

15. Written method implies the following forms of activity: copying, taking notes, composing theses, writing essays.

16. Practical activity unite all the teaching forms that stimulate developing practical skills in students. In this case a student

independently performs different kinds of activity on the basis of the knowledge acquired

17. Explanatory method is based on discussing a given issue. In the process of explaining the material the teacher brings

concrete examples the detailed analysis of which is made in the framework of the given topic.

18. Activity-oriented teaching implies teachers’ and students’ active involvement in the teaching process, when practical

interpretation of the theoretical material takes place.

Designing and presenting a project. While designing a project a student applies the knowledge and skills he has acquired for

solving a problem. Teaching by means of designing projects increases students’ motivation and responsibility. Working on a

project involves the stages of planning, research, practical activity and presenting the results according to the chosen issue.

The project is considered to be completed if its results are presented clearly, convincingly, and correctly. It can be carried out

individually, in pairs or in groups; also, within the framework of one or several subjects (integration of subjects); on

completion the project is presented to a large audience.

Student knowledge assessment system

Grading system is based on a 100-point scale.

Positive grades:

(A) - Excellent - the rating of 91-100 points;

(B) – Very good - - the rating of 81-90 points

(C) - Good - the rating of 71-80 points

(D) - Satisfactory - the rating of 61-70 points

(E) - Enough - the rating of 51-60 points

Negative grades:

(FX) - Did not pass - 41-50 points of rating, which means that the student needs more work to pass and is given the

right to take the exam once more with independent work;

(F) – Failed - 40 points and less, which means that the work carried out by the student is not enough and he/she has

to learn the subject from the beginning.

Field of employment

The graduate will be able to work on constructions of Civil and Industrial buildings; Hydrotechnical Buildings; Railways;

Motorways; Bridges and tunnels; Water supply and Wastewater; On the constructions of electric and gas supply systems;

Construction-project organizations, City Hall Supervision, Municipalities and ministries in construction departments, working

with a construction profile; Construction and Development companies; Building-expert Bureaus; Examination and testing

laboratories; manufacturing materials and, building materials and production manufacturing; Building materials quarrying

quarries, Educational and Scientific Research Institutes and centers and etc.

The graduate will be employed graduate Master’s Degree Qualification.

Opportunity to continue learning

Master’s Educational Programs

Human and material resources necessary for the implementation of the program

The program is provided with appropriate human and material resources. additional information see in attachment

documents.

Number of attached syllabus: 225

Program subject load

Subject Precondition of admit

ECTS Credits

I Year II Year III Year IV Year

№ Semester

I II III IV V VI VII VIII

1. Engineering Mathematics 1 N/A 5

2. Foreign language 1 3

2.1. French for Technical Specialities - 1 N/A

2.2 English for Technical Specialties - 1 N/A

2.3. German for Technical Specialties – 1 N/A

2.4 Russian for Technical Specialities - 1 N/A

3. General Chemistry N/A 5

4. General Physics 1 N/A 5

5. The Basics of Programming in

Construction

N/A 6

6. Geodesy 1 N/A 3

7. Compulsory elective training courses: 3

7.1. History of Georgia N/A

7.2. The basics of philosophy N/A

7.3. Basis Of Politology N/A

7.4. Culturology N/A

7.5. The Modern Language of

Communications Technologies

N/A

7.6. Introduction to Sociology N/A

7.7. Introduction to Psychology N/A

7.8. History of Technical design N/A

7.9. World Art History N/A

8. Engineering geology and Ground

mechanics

Geodesy 1 3

9. Engineering Mathematics 2 Engineering Mathematics 1 5

10. General Physics 2 General Physics 1 5

11. Foreign language 2

3

11.1 French for Technical Specialities - 2

French for Technical

Specialities - 1

11.2 English for Technical Specialties - 2

English for Technical Specialties

- 1

11.3. German for Technical Specialties –

2

German for Technical

Specialties – 1

11.4 Russian for Technical Specialties - 2

Russian for Technical

Specialities - 1

12. Geodesy 2 Geodesy 1 3

13. Descriptive Geometry N/A 3

14. Theoretical Mechanics (Statisc) Engineering Mathematics 1 5

15. Civil Drawing Descriptive Geometry 3

16. Theoretical Mechanics (Dynamics) Theoretical Mechanics (Statisc) 5

17. Foundations

Engineering geology and

Ground mechanics 4

18. Engineering Mathematics 3 Engineering Mathematics 2 5

19. Building Materials 1 General Chemistry 3

20. Engineering Computer Graphics

Civil Drawing

4

21. Strength of Materials 1 Theoretical Mechanics (Statisc) 5

22.

Hydraulics

Engineering Mathematics 1;

Theoretical Mechanics

(Dynamics)

5

23. Building Materials 2 Building Materials 1 3

24. Architectural planning N/A 4

25. Strength of Materials 2

Theoretical Mechanics

(Dinamic), Building Materials 1 4

26. Introduction to the Construction Case N/A 3

27. Ecology and Environment Protection N/A 3

28. Computer Calculations of the

Construction Tasks


The Basics of Programming in

Construction

4

29. The Building Mechanics Strength of Materials 1 5

30. Statistical Methods in Construction Engineering Mathematics 2 3

31. Analysis of Buildings/Project The Building Mechanics 5

32. Construction Machines

N/A

4

33. Engineering Equipment for Building and

Construction

N/A

4

34. Building Structures Construction Machines 5

35. Building Process Building Materials 2 5

36. Compylsory elective course of specialty: 3

36.1 Basics of Designing Civil and

Industrial Buildings Building Structures

36.2 Hydrology and Hygrometry Hydraulics

36.3 Basics of transport construction Geodesy 1

36.4 Water supply and Sewerage Hydraulics

36.5 Support Systems of Building

Microclimate

General Physics 2

37. Construction Law and Contracts N/A 3

38. Basics of Engineering Safety in

Construction

Introduction to the

Construction Case

3

39. Estimation of the Construction Building Process 4

40. Construction Estimating Building Process 5

41. Bachelor's Project

training courses in the main

field no less than 120 credits

10

Compylsory elective course:

42.1 Construction Organization and

Management

Building Materials 2 4

42.2 Branch Economics N/A

43. Construction Process Project Building Materials 2

Building Process

5

Specialty Compylsory elective course of specialty: 15

25

44. Wooden and Plastic Constructions Building Structures 5

45. Metal structure Building Structures 5

46. Reinforced Concrete and Stone Structures Building Structures 5

47. Computer Programs for Designing

Buildings

The Building Mechanics;

Building Structures

5

48. Designing Terro-Concrete Building

Structures

Reinforced Concrete and Stone

Structures

5

49. Designing of Buildings with Steel

Structures Metal structure

5

50. Technical Exploitation of Buildings and

Constructions

Building Materials 2;

5

51. Reinforcement and Regaining of

Structures and Buildings

Building Structures; The

Building Mechanics

5

52. Seismic Resistance of Construction

Structures Building Structures;

5

53. Modern technologies of construction Building Process 5

54. Diagnostics of Technical Condition of the

Buildings Estimation of the Construction

5

55. Technology of Concrete and Reinforced

Concrete Building Materials 1

5

56. Technology of Building Construction Building Process 5

57. Waterproofing, Heat-insulating and

Facing Materials Building Materials 1

5

58. Technical Supervision of Construction

Technology of Building

Construction

5

59. Basics of Construction Technical

Expertise

Diagnostics of Technical

Condition of the Buildings

5

60. Technology and Organization of

Construction Repair Work Building Process

5

61. Computer Providing of Technological

Processes Building Process

5

62. Hydraulic Structures - 1 Hydraulics. 5

63. Using the Water Energy Hydraulics 5

64. Ports and Port Constructions The Building Mechanics 5

65. Engineering Amelioration

Hydraulics, Hydraulics and

Hydrametric

5

66. Coastal Protective Hydro Technical

Structures The Building Mechanics

5

67. Hydroelectric power plants Hydraulic Structures - 1 5

68. Hydraulic Structures - 2 Hydraulic Structures - 1 5

69. Organization and Production of River

and Marine Hydro technical Buildings Hydraulics

5

70. Water Chemistry and Microbiology General Chemistry 5

71. Water Supply (Network and its

Buildings) Hydraulics

5

72. Sewerage Systems (Intercity Networks) Hydraulics 5

73. Pumps and Pumping Stations Hydraulics 5

74. Receiving and treatment of natural

waters

Geniral Chemistry

5

75. Waste Water Treatment Engineering

Water Chemistry and

Microbiology

5

76. Industrial Water Supply and Drainage Hydraulics 5

77. Rural Water Supply and Drainage Water Supply 5

78. Engineering Thermodynamics and Heat

Transfer General Physics 2

5

79. Construction Thermophysics General Physics 2 5

80. Heating Internal premises equipment

5

81. Gas Supply General Physics 2 5

82. Ventilation General Physics 2; Hydraulics 5

83. Air-conditioning General Physics 2 5

84. Heat Generators and Heat Supply General Physics 2; Hydraulics

5

85. Buildings Energy Efficiency General Physics 2 5

86. Construction of Railway Track Geodesy 2 5

87. Railway's Roadbed and Device Railway

Track Geodesy 2

5

88. Compound and The Intersection of

Railway Tracks Geodesy 2

5

89. Survey and Design of New Railways Geodesy 2

5

90.

Structure and Management Systems to

Track Facilities

Construction of Railway Track;

Railway’s Roadbed and Device

Railway Track ;

Compound and The Intersection

of Railway Tracks

5

91.

Reconstruction of The Railways

Survey and Design of New

Railways; Construction of

Railway Track

5

92.


Track Facilities

Construction of Railway Track;

Railway’s Roadbed and Device

Railway Track ;

Compound and The Intersection

of Railway Tracks

5

93. Railway Construction Geodesy 2; 5

94. Design of transport tunnels and basics of

calculation

Building Process

Geodesy 2;

5

95.

Reinforced Concrete Bridges

The Building Mechanics

5

96. Basic of Bridge construction The Building Mechanics 5

97. Bridge crossings and road structures


5

98. Ways of penetration of transport tunnels

Design of transport tunnels and

basics of calculation

5

99. Operation and Monitoring of Transport

Tunnels

Design of transport tunnels and

basics of calculation

5

100. Steel bridges and Basics of Bridges

Calculation Basic of Bridge construction

5

101. Basics of Bridges Exploitation Building Materials 1; 5

102. Building of Highways and aerodromes Geodesy 2; 5

103. Bitumen - Mineral Materials and Asphalt

Concrete Building Materials 2

5

104. Building of Highways and aerodromes Geodesy 2 5

105. Small Bridge and Artificial Structures on

the Road

The Building Mechanics 1,

Building Materials 1.

5

106. Natural Disasters and Transport Buildings

Building of Highways and

aerodromes

5

107. City Transportation Planning


aerodromes

5

108. Tunnels on highways


Geodesy 1

5

109. Exploitation of Highways and

Aerodromes


aerodromes

5

110. Construction Materials research and

control methods Building Materials 2 5

111. Seismic resistance and antisemitic

measures

Engineering Mathematics 2,

Theoretical Mechanics (Statisc) 5

112. Structured Programming with C++

Language


Construction 5

113. Legislative and legal principles of

architectural and construction activities

N/A 5

114. Artistic means of architectural space

perception

Architectural planning

Descriptive Geometry 5

115. Concrete science Building Materials 2 5

116. Artificial soil reinforcement Foundations 5

117. Computer software’s for planning

(AutoCAD Architecture) N/A 5

118. Computer softwares for planning

(ArchiCAD)

AutoCAD Architecture

5

119. Innovations technologies management in

Building

Building Process

5

120. Computer Graphics Archi CAD Engineering Computer Graphics 5

121. Monitoring and non-destructive control

of technical state of structures Building Structures 5

122. Technology of Metals and Materials

Science Building Materials 2 5

123. Engineering Hydroecology of Estuaries Hydraulics 5

124. Databases


Construction 5

125. Numerical Methods of Solving

Construction Tasks


Construction 5

126. Processer and equeqment buildings

materials technology Building Materials 2 5

127. Constracting construction by using the

compositions Building Structures 5

128. The basis of calculation of building

construction reliability


Building Structures 5

129. Tectonics and the art of buildings N/A 5

130. Transportation construction and

landscape

Geodesy 2 5

131. Planning and investment in construction

of port

Hydrology and Hygrometry 5

132. Equiqment of building materials

enterprises Building Materials 2 5

133. The city architecture Architectural planning 5

134. Operation of building engineering

systems N/A 5

135. Internal premises equipment

Industrial Water Supply and

Drainage 5

136. Water supply and sewage in industrial

and agricultural enterprises N/A 5

137. Introduction to Water Waves Theory Engineering Mathematics 2 5

138. Artificial constructions

Basics of Designing Civil and

Industrial Buildings 5

139. Financial-economic justification of

hydropower construction Engineering Mathematics 2 5

140. Use of hydro resources and hydraulic

engineering construction N/A 5

141. Introduction to Water Waves Theory The Building Mechanics 1. 5

142. Aesthetics of architecture N/A 5

143. Computer Aided System AutoCAD The Basics of Programming in

Construction

5

144. Construction of Gas Supply Networks,

Rehabilitation and Reconstruction

N/A

5

145. General Electrical Engineering General Physics 2 5

146. Use the Renewable Energy Supply in

Heating ,Ventilation and Air Conditionig

Systems


General Physics 2

5

147. Principles of Creation of Computer

Design Systems

Civil Drawing, The Basics of

Programming in Construction

5

148. Undergraund Hydraulic Structures Engineering Mathematics 2 5

149. The basis of rupture of reinforce

mechanics

Reinforced Concrete and Stone

Structures


5

150. Base of highways and aerodromes

designing

Introduction to the

Construction Case

5

151. Construction Business and Finances Branch Economics 5

152. Construction business technical-

economic analysis

Construction Organization and

Management

5

153. Design of building of transport tunnels Geodesy 2,

The Building Mechanics 1

5

154. Construction of transport tunnels by

mining method

Geodesy 2,

The Building Mechanics 1

5

155. The technology of constructing

constructions of buildings and structures

Technology of Building

Construction

5

156. Sanitation premises equipment, cold and

hot water supply systems Internal premises equipment

5

157. Exploitation of water - sewage systems Water supply and Sewerage 5

158. Water and Air Processing Mass Transfer

Machines N/A

5

159. Field Methods for Soil Research Engineering geology and

Ground mechanics 5

160. mechanics of a rupture for builders Engineering Mathematics 2;

General Physics 1 5

161. Heat Transmission in Hydraulic and Civil

Structures

Building Materials 1,

General Physics 2 5

162. Justification of Hydropower Construction Engineering Mathematics 2 5

163. Constructions on the Continental Shelf Engineering Mathematics 2 5

164. Gas Heating, Hot Water Preparing and

Alternative Sources. N/A 5

Free components: 10 10

165. Hydrogeology N/A 5

166. Business planning in hydrotechnical

construction

N/A 5

167. Environmental and Social Impact

Assessment in Transport Construction

N/A 5

168. Heating with Renewable Energy N/A 5

169. History of modern architecture N/A 5

170. Architecture of contemporary industrial

buildings. N/A 5

171. Elevators and energy supply of buildings N/A 5

172. Marketing for Construction N/A 5

173. Arrangement of roadways and aerodrome

roadmap

N/A 5

174. Road structures N/A 5

175. Waterways and River Ports N/A 5

176. Safety Equipment for Construction N/A 5

177. Civil Engineering Constructions N/A 5

178. Architecture of buildings N/A 5

179. Special concept in the ancient world N/A 5

180. Aquatic Ecology N/A 5

181. Computer Architecture N/A

182. Building-building test N/A 5

183. Hydropower engineering and the

countries economy N/A 5

184. Constructive drawing N/A 5

185. Construction and environment N/A 5

186. Construction and security in emergency

situations

N/A 5

Map of learning outcomes

№ Subject

Kn

owle

dge

an

d u

nd

erst

and

ing

Ab

ilit

y t

o u

se k

now

led

ge i

n

pra

ctic

e

Mak

ing

jud

gmen

ts

Com

mu

nic

atio

n s

kil

l

Ab

ilit

y t

o le

arn

Val

ues

187. Sea transportation and logistics N/A 5

188. Basics of Informatics N/A 5

189. Basic of hydraulic engineering

construction N/A 5

190. Planning and marketing of hydropower

branch development N/A 5

191. Water resources protection N/A 5

192. Construction and Culture N/A 4

193. Style architecture N/A 5

194. History of the Earth N/A 3

195. The theory of urban construction N/A 5

196. Composite features in architecture N/A 4

197. Graphic drawing N/A 5

198. The court is the basis for technical and

technical expertise

N/A 5

199. The Economy of Nature N/A 5

200. Georgian architectural monuments N/A 4

201. Management Psychology N/A 5

202. History of underground construction N/A 3

203. Green construction N/A 3

204. History of Railway construction N/A 3

205. Economy of Georgia N/A 3

206. Success Strategy N/A 3

Semester 30 30 31 29 31 29 30 30

Year 60 60 60 60

Total 240

1. Engineering Mathematics 1 X X X


2.1. French for Technical Specialities - 1 X X X X

2.2 English for Technical Specialties - 1 X X X X

2.3. German for Technical Specialties – 1 X X X X

2.4 Russian for Technical Specialities - 1 X X X X

3. General Chemistry X X X X

4. General Physics 1 X X X

5. The Basics of Programming in Construction X X X X

6. Geodesy 1 X X X

7. Compulsory elective training courses:

7.1. History of Georgia X X X X

7.2. The basics of philosophy X X X

7.3. BASIS OF POLITOLOGY X X X X

7.4. Culturology X X X

7.5. The Modern Language of Communications Technologies X X X

7.6. Introduction to Sociology X X X X

7.7. Introduction to Psychology X X X

7.8. History of Technical design X X X

7.9. World Art History X X X

8. Engineering geology and Ground mechanics X X X X


10. General Physics 2 X X X


11.1 French for Technical Specialities - 2 X X X X

11.2 English for Technical Specialties - 2 X X X X

11.3. German for Technical Specialties – 2 X X X X

11.4 Russian for Technical Specialties - 2 X X X X

12. Geodesy 2 X X X

13. Descriptive Geometry X X X

14. Theoretical Mechanics (Statisc) X X X X

15. Civil Drawing X X X

16. Theoretical Mechanics (Dynamics) X X X X

17. Foundations X X X X


19. Building Materials 1 X X X

20. Engineering Computer Graphics X X X

21. Strength of Materials 1 X X X X

22. Hydraulics X X X

23. Building Materials 2 X X X X

24. Architectural planning X X X X X

25. Strength of Materials 2 X X X X

26. Introduction to the Construction Case X X X X X

27. Ecology and Environment Protection X X X

28. Computer Calculations of the Construction Tasks X X X

29. The Building Mechanics X X X

30. Statistical Methods in Construction X X X

31. Analysis of Buildings/Project X X X X X X

32. Construction Machines X X X

33. Engineering Equipment for Building and Construction X X X X

34. Building Structures X X X

35. Building Process X X X X X X

36. Compylsory elective course of specialty:

36.1 Basics of Designing Civil and Industrial Buildings X X X

36.2 Hydrology and Hygrometry X X X X X

36.3 Basics of transport construction X X X X

36.4 Water supply and Sewerage X X X X

36.5 Support Systems of Building Microclimate X X X X

37. Construction Law and Contracts X X X

38. Basics of Engineering Safety in Construction X X X X

39. Estimation of the Construction X X X X X

40. Construction Estimating X X X

41. Bachelor's Project X X X X X X


42.1 Construction Organization and Management X X X

42.2 Branch Economics X X X

43. Construction Process Project X X X X X X

Specialty Compylsory elective course of specialty:

44. Wooden and Plastic Constructions X X X X

45. Metal structure X X X

46. Reinforced Concrete and Stone Structures X X X

47. Computer Programs for Designing Buildings X X X

48. Designing Terro-Concrete Building Structures X X X

49. Designing of Buildings with Steel Structures X X X

50. Technical Exploitation of Buildings and Constructions X X X X

51. Reinforcement and Regaining of Structures and Buildings X X X

52. Seismic Resistance of Construction Structures X X X

53. Modern technologies of construction X X X

54. Diagnostics of Technical Condition of the Buildings X X X X

55. Technology of Concrete and Reinforced Concrete X X X X

56. Technology of Building Construction X X X

57. Waterproofing, Heat-insulating and Facing Materials X X X X

58. Technical Supervision of Construction X X X X

59. Basics of Construction Technical Expertise X X X X X

60. Technology and Organization of Construction Repair Work X X X X

61. Computer Providing of Technological Processes X X X

62. Hydraulic Structures - 1 X X X

63. Using the Water Energy X X X X

64. Ports and Port Constructions X X X

65. Engineering Amelioration X X X

66. Coastal Protective Hydro Technical Structures X X X

67. Hydroelectric power plants X X X X X

68. Hydraulic Structures - 2 X X X

69. Organization and Production of River and Marine Hydro technical

Buildings X X X X

70. Water Chemistry and Microbiology X X X X X

71. Water Supply (Network and its Buildings) X X X

72. Sewerage Systems (Intercity Networks) X X X X

73. Pumps and Pumping Stations X X X

74. Receiving and treatment of natural waters X X X X

75. Waste Water Treatment Engineering X X X

76. Industrial Water Supply and Drainage X X X X

77. Rural Water Supply and Drainage X X X X

78. Engineering Thermodynamics and Heat Transfer X X X X

79. Construction Thermophysics X X X X

80. Heating X X X X

81. Gas Supply X X X

82. Ventilation X X X X

83. Air-conditioning X X X X

84. Heat Generators and Heat Supply X X X X

85. Buildings Energy Efficiency X X X X X

86. Construction of Railway Track X X X X

87. Railway's Roadbed and Device Railway Track X X X X

88. Compound and The Intersection of Railway Tracks X X X X

89. Survey and Design of New Railways X X X X

90. Structure and Management Systems to Track Facilities X X X X

91. Reconstruction of The Railways X X X

92. Structure and Management Systems to Track Facilities X X X X X

93. Railway Construction X X X X

94. Design of transport tunnels and basics of calculation X X X X

95. Reinforced Concrete Bridges X X X X

96. Basic of Bridge construction X X X X X

97. Bridge crossings and road structures X X X X

98. Ways of penetration of transport tunnels X X X X

99. Operation and Monitoring of Transport Tunnels X X X X X

100. Steel bridges and Basics of Bridges Calculation X X X X

101. Basics of Bridges Exploitation X X X X X

102. Building of Highways and aerodromes X X X X X X

103. Bitumen - Mineral Materials and Asphalt Concrete X X X X X

104. Building of Highways and aerodromes X X X

105. Small Bridge and Artificial Structures on the Road X X X X

106. Natural Disasters and Transport Buildings X X X X X

107. City Transportation Planning X X X X X

108. Tunnels on highways X X X X

109. Exploitation of Highways and Aerodromes X X X X X

110. Construction Materials research and control methods X X X X

111. Seismic resistance and antisemitic measures X X X

112. Structured Programming with C++ Language X X X

113. Legislative and legal principles of architectural and construction

activities X X X X X

114. Artistic means of architectural space perception X X X X

115. Concrete science X X X

116. Artificial soil reinforcement X X X

117. Computer software’s for planning (AutoCAD Architecture) X X X

118. Computer softwares for planning (ArchiCAD) X X X

119. Innovations technologies management in Building X X X

120. Computer Graphics Archi CAD X X X X

121. Monitoring and non-destructive control of technical state of

structures X X X X X

122. Technology of Metals and Materials Science X X X X

123. Engineering Hydroecology of Estuaries X X X

124. Databases X X X X X

125. Numerical Methods of Solving Construction Tasks X X X

126. Processer and equeqment buildings materials technology X X X

127. Constracting construction by using the compositions X X X

128. The basis of calculation of building construction reliability X X X

129. Tectonics and the art of buildings X X X X

130. Transportation construction and landscape X X X

131. Planning and investment in construction of port X X X

132. Equiqment of building materials enterprises X X X

133. The city architecture X X X X

134. Operation of building engineering systems X X X

135. Internal premises equipment X X X X

136. Water supply and sewage in industrial and agricultural enterprises X X X

137. Introduction to Water Waves Theory X X X

138. Artificial constructions X X X

139. Financial-economic justification of hydropower construction X X X

140. Use of hydro resources and hydraulic engineering construction X X X X

141. Introduction to Water Waves Theory X X X

142. Aesthetics of architecture X X X X X X

143. Computer Aided System AutoCAD X X X

144. Construction of Gas Supply Networks, Rehabilitation and

Reconstruction X X X

145. General Electrical Engineering X X X X

146. Use the Renewable Energy Supply in Heating ,Ventilation and Air

Conditionig Systems X X X X

147. Principles of Creation of Computer Design Systems X X X

148. Undergraund Hydraulic Structures X X X

149. The basis of rupture of reinforce mechanics X X X

150. Base of highways and aerodromes designing X X X

151. Construction Business and Finances X X X

152. Construction business technical-economic analysis X X X

153. Design of building of transport tunnels X X X X

154. Construction of transport tunnels by mining method X X X X

155. The technology of constructing constructions of buildings and

structures X X X

156. Sanitation premises equipment, cold and hot water supply systems X X X X

157. Exploitation of water - sewage systems X X X

158. Water and Air Processing Mass Transfer Machines X X X X

159. Field Methods for Soil Research X X X X X

160. mechanics of a rupture for builders X X X

161. Heat Transmission in Hydraulic and Civil Structures X X X

162. Justification of Hydropower Construction X X X

163. Constructions on the Continental Shelf X X X

164. Gas Heating, Hot Water Preparing and Alternative Sources. X X X

165. Free components:

Hydrogeology X X X

166. Business planning in hydrotechnical construction X X X X

167. Environmental and Social Impact Assessment in Transport

Construction X X X X

168. Heating with Renewable Energy X X X X

169. History of modern architecture X X X X

170. Architecture of contemporary industrial buildings. X X X X X

171. Elevators and energy supply of buildings X X X

172. Marketing for Construction X X X X

173. Arrangement of roadways and aerodrome roadmap X X X

174. Road structures X X X

175. Waterways and River Ports X X X

176. Safety Equipment for Construction X X X X

177. Civil Engineering Constructions X X X

178. Architecture of buildings X X X X X

179. Special concept in the ancient world X X X X

180. Aquatic Ecology X X X

181. Computer Architecture X X X

182. Building-building test X X X X

183. Hydropower engineering and the countries economy X X X

184. Constructive drawing X X X X X X

185. Construction and environment X X X

186. Construction and security in emergency situations X X X X

187. Sea transportation and logistics X X X

188. Basics of Informatics X X X

189. Basic of hydraulic engineering construction X X X

190. Planning and marketing of hydropower branch development X X X

191. Water resources protection X X X

192. Construction and Culture X X X X

193. Style architecture X X X

194. History of the Earth X X X

195. The theory of urban construction X X X X

196. Composite features in architecture X X X X

197. Graphic drawing X X X X X X

198. The court is the basis for technical and technical expertise X X X X X

199. The Economy of Nature X X X

200. Georgian architectural monuments X X X X

201. Management Psychology X X X

202. History of underground construction X X X X

203. Green construction X X X

204. History of Railway construction X X X X

205. Economy of Georgia X X X X

206. Success Strategy X X X X

Program curriculum

Subject’s code

Subjects

EC

TS

Cre

dit

/Hou

rs

hours

Lec

ture

Se

min

ar (

wor

k i

n t

he

grou

p)

Pra

ctic

al c

lass

es

Lab

orat

ory

Pra

ctic

e

Cou

rse

wor

k/p

roje

ct

Mid

-sem

este

r ex

am

Fin

al e

xam

Ind

epen

den

t w

ork

1. MAS33508G1 Engineering Mathematics 1 125 15 30 1 1 78


LEH14812G1

2.1. French for Technical Specialities - 1 75 30 1 1 43

LEH14412G1 2.2 English for Technical Specialties - 1 75 30 1 1 43

LEH15012G1 2.3. German for Technical Specialties – 1 75 30 1 1 43

LEH14612G1 2.4 Russian for Technical Specialities - 1 75 30 1 1 43

3. PHS10104G1

General Chemistry 125 15 30 1 1 78

4. PHS50208G1 General Physics 1 125 15 30 1 1 78

5. ICT19601G1


Construction 150 15 15 30 1 1 88

6. PHS40603G1 Geodesy 1 75 15 15 1 1 43

7. Compulsory elective training courses:

HEL20212G1 7.1. History of Georgia 75 15 15 1 1 43

HEL30212G121 7.2. The basics of philosophy 75 15 15 1 1 43

SOS62411G1 7.3. Basis Of Politology 75 15 15 1 1 43

SOS43811G1 7.4. Culturology 75 15 15 1 1 43

LEH12012G1

7.5. The Modern Language of

Communications Technologies 75 15 15 1 1 43

SOS40312G1 7.6. Introduction to Sociology 75 15 15 1 1 43

SOS30312G1 7.7. Introduction to Psychology 75 15 15 1 1 43

ART20305G1 7.8. History of Technical design 75 15 15 1 1 43

ART40301G1 7.9. World Art History 75 15 15 1 1 43

8. PHS38101G1

Engineering geology and Ground

mechanics 75 15 15 1 1 43


10. PHS50308G1 General Physics 2 125 15 30 1 1 78


LEH14912G1 11.1 French for Technical Specialities - 2 75 30 1 1 43

LEH14512G1 11.2 English for Technical Specialties - 2 75 30 1 1 43

LEH15112G1

11.3. German for Technical Specialties –

2 75 30 1 1 43

LEH14712G1 11.4 Russian for Technical Specialties - 2 75 30 1 1 43

12. PHS4-03G1 Geodesy 2 75 12 51 1 1 10

13. EET70105G1 Descriptive Geometry 75 15 15 1 1 43

14. MAS36601G1 Theoretical Mechanics (Statisc) 125 15 30 1 1 78

15. EET70405G1 Civil Drawing 75 30 1 1 43

16. MAS36401G1 Theoretical Mechanics (Dynamics) 125 15 15 15 1 1 78

17. AAC83001G1 Foundations 100 15 15 1 1 68


19. AAC82801G1 Building Materials 1 75 15 15 1 1 43

20. ICT40601G1 Engineering Computer Graphics 100 15 15 1 1 68

21. EET73201G1 Strength of Materials 1 125 15 15 15 1 1 78

22. AAC32401G1 Hydraulics 125 15 15 15 1 1 78

23. AAC82901G1 Building Materials 2 75 15 15 1 1 43

24. PHS40703G1 Architectural planning 100 15 15 1 1 68

25. EET71601G2 Strength of Materials 2 100 15 15 1 1 68

26. AAC83201G1 Introduction to the Construction Case 75 15 15 1 1 43

27. EET20704G1 Ecology and Environment Protection 75 15 15 1 1 43

28.

ICT19701G1

Computer Calculations of the

Construction Tasks 100 15 15 1 1 68

29. EET72701G1 The Building Mechanics 125 15 15 15 1 1 78

30. AAC20901G1 Statistical Methods in Construction 75 15 15 1 1 43

31. EET72401G1 Analysis of Buildings/Project 125 45 2 2 76

32. TRS11301G1 Construction Machines 100 15 15 1 1 68

33. AAC488001G1

Engineering Equipment for Building and

Construction 100 15 15 1 1 68

34. AAC31401G1 Building Structures 125 15 30 1 1 78

35. AAC30101G2 Building Process 125 15 30 2 2 76

36. Compylsory elective course of specialty:

AAC31501G1

36.1 Basics of Designing Civil and

Industrial Buildings 75 15 15 1 1 43

AAC49001G1 36.2 Hydrology and Hygrometry 75 15 15 1 1 43

AAC49101G1 36.3 Basics of transport construction 75 22,5 7,5 1 1 43

AAC48901G1 36.4 Water supply and Sewerage 75 15 15 1 1 43

AAC49201G1

36.5 Support Systems of Building

Microclimate 75 15 15 1 1 43

37. AAC83501G1 Construction Law and Contracts 100 15 15 1 1 68

38. AAC83301G1

Basics of Engineering Safety in

Construction 100 15 15 1 1 68

39. AAC83401G1 Estimation of the Construction 100 15 15 1 1 68

40. BUA12301G1 Construction Estimating 100 15 15 1 1 68

41. AAC08601G1 Bachelor's Project 10/250 75 45 2 2 126


42.1

BUA30101G2

Construction Organization and

Management 100 15 15 1 1 68

42.2 SOS10201G2 Branch Economics 100 15 15 1 1 68

43. AAC30201G2 Construction Process Project 100 30 2 2 66

Specialty Compylsory elective course of

specialty:

44. AAC31601G1 Wooden and Plastic Constructions 125 15 15 15 1 1 78

45. AAC31701G1 Metal structure 125 15 15 15 1 1 78

46. AAC31801G1 Reinforced Concrete and Stone Structures 125 15 15 15 1 1 78

47.

ICT19801G1

Computer Programs for Designing

Buildings 125 15 30 1 1 78

48.

AAC31901G1

Designing Terro-Concrete Building

Structures 125 15 15 15 1 1 78

49.

AAC32001G1

Designing of Buildings with Steel

Structures 125 15 15 15 1 1 78

50.

AAC32101G1

Technical Exploitation of Buildings and

Constructions 125 30 15 1 1 78

51. AAC32301G1

Reinforcement and Regaining of

Structures and Buildings 125 15 15 15 1 1 78

52.

AAC32201G1

Seismic Resistance of Construction

Structures 125 15 30 1 1 78

53.

AAC37601G1 Modern technologies of construction 125 15 30 1 1 78

54.

AAC83801G1

Diagnostics of Technical Condition of the

Buildings 125 15 30 1 1 78

55.

AAC83701G1

Technology of Concrete and Reinforced

Concrete 125 30 15 1 1 78

56. AAC30401G1 Technology of Building Construction 125 15 15 15 1 1 78

57.

EET80201G1

Waterproofing, Heat-insulating and

Facing Materials 125 30 15 1 1 78

58. AAC30501G1 Technical Supervision of Construction 125 15 30 1 1 78

59. AAC83601G1

Basics of Construction Technical

Expertise 125 15 30 1 1 78

60. AAC30601G1

Technology and Organization of

Construction Repair Work 125 15 15 15 1 1 78

61. ICT19901G1

Computer Providing of Technological

Processes 125 45 1 1 78

62. AAC32601G1 Hydraulic Structures - 1 125 15 15 15 1 1 78

63. AAC49301G1 Using the Water Energy 125 15 15 15 1 1 78

64. AAC83901G1 Ports and Port Constructions 125 15 15 15 1 1 78

65. AAC49401G1 Engineering Amelioration 125 30 15 1 1 78

66. AAC33101G1

Coastal Protective Hydro Technical

Structures 125 30 15 1 1 78

67. AAC37701G1 Hydroelectric power plants 125 15 15 15 1 1 78

68. AAC33001G1 Hydraulic Structures - 2 125 15 15 15 1 1 78

69.

AAC33201G1

Organization and Production of River and

Marine Hydro technical Buildings 125 15 15 15 1 1 78

70. BRS21701G1 Water Chemistry and Microbiology 125 15 30 1 1 78

71. AAC45601G1

Water Supply (Network and its Buildings) 125 15 15 15 1 1 78

72.

AAC49501G1 Sewerage Systems (Intercity Networks) 125 15 15 15 1 1 78

73. AAC40201G2 Pumps and Pumping Stations 125 15 15 15 1 1 78

74. AAC42201G2 Receiving and treatment of natural waters 125 15 15 15 1 1 78

75. AAC49701G1 Waste Water Treatment Engineering 125 15 15 15 1 1 78

76. AAC49801G1 Industrial Water Supply and Drainage 125 30 15 1 1 78

77. AAC49901G1 Rural Water Supply and Drainage 125 15 30 1 1 78

78. AAC45701G1

Engineering Thermodynamics and Heat

Transfer 125 30 15 1 1 78

79. PHS67401G1 Construction Thermophysics 125 15 15 15 1 1 78

80. AAC45801G1 Heating 125 15 15 15 1 1 78

81. AAC45901G1 Gas Supply 125 15 15 15 1 1 78

82. AAC46001G1 Ventilation 125 30 15 1 1 78

83. AAC46101G1 Air-conditioning 125 30 15 1 1 78

84. AAC46201G1 Heat Generators and Heat Supply 125 30 15 1 1 78

85. AAC40101G2 Buildings Energy Efficiency 125 30 15 1 1 78

86. AAC46301G1 Construction of Railway Track 125 30 15 1 1 78

87. AAC46501G1

Railway's Roadbed and Device Railway

Track 125 15 30 1 1 78

88. AAC46401G1

Compound and The Intersection of

Railway Tracks 125 15 30 1 1 78

89. AAC46601G1 Survey and Design of New Railways 125 15 30 1 1 78

90.

AAC46901G1


Track Facilities 125 15 15 15 1 1 78

91. AAC46701G1 Reconstruction of The Railways 125 15 30 1 1 78

92.

AAC46801G1


Track Facilities 125 15 15 15 1 1 78

93. AAC47001G1 Railway Construction 125 30 15 1 1 78

94.

AAC47101G1

Design of transport tunnels and basics of

calculation 125 30 15 1 1 78

95. AAC47201G1 Reinforced Concrete Bridges 125 30 15 1 1 78

96. AAC47301G1 Basic of Bridge construction 125 30 15 1 1 78

97.

AAC47401G1 Bridge crossings and road structures 125 30 15 1 1 78

98.

AAC47701G1 Ways of penetration of transport tunnels 125 30 15 1 1 78

99.

AAC47501G1

Operation and Monitoring of Transport

Tunnels 125 30 15 1 1 78

100.

AAC47601G1

Steel bridges and Basics of Bridges

Calculation 125 30 15 1 1 78

101. AAC47801G1 Basics of Bridges Exploitation 125 15 15 15 1 1 78

102. AAC47901G1

Building of Highways and aerodromes 125 30 15 1 1 78

103.

MAP23101G1

Bitumen - Mineral Materials and Asphalt

Concrete 125 15 30 1 1 78

104.

AAC48001G1 Building of Highways and aerodromes 125 15 30 1 1 78

105.

AAC48101G1

Small Bridge and Artificial Structures on

the Road 125 30 15 1 1 78

106. AAC48201G1 Natural Disasters and Transport Buildings 125 15 30 1 1 78

107.

AAC48301G1 City Transportation Planning 125 30 15 1 1 78

108. AAC48401G1 Tunnels on highways 125 30 15 1 1 78

109. AAC48501G1

Exploitation of Highways and

Aerodromes 125 30 15 1 1 78

110.

AAC00901G1

Construction Materials research and

control methods 125 15 15 15 1 1 78

111.

AAC02301G1

Seismic resistance and antisemitic

measures 125 15 15 15 1 1 78

112. ICT38701G1

Structured Programming with C++

Language 125 15 15 15 1 1 78

113. AAC13606G1

Legislative and legal principles of

architectural and construction activities 125 15 30 1 1 78

114.

AAC13706G1

Artistic means of architectural space

perception 125 15 30 1 1 78

115. AAC00201G1 Concrete science 125 30 15 1 1 78

116.

AAC00301G1 Artificial soil reinforcement 150 15 30 1 1 78

117. ICT13106G2

Computer software’s for planning

(AutoCAD Architecture)

118.

ICT13206G2

Computer softwares for planning

(ArchiCAD) 1 1 78

119. BUA75001G1

Innovations technologies management in

Building 125 15 15 15 1 1 78

120.

ICT55001G1 Computer Graphics Archi CAD 125 15 30 1 1 78

121.

AAC02501G1

Monitoring and non-destructive control

of technical state of structures 125 30 15 1 1 78

122. EET80904G2

Technology of Metals and Materials

Science

123.

AAC93201G1 Engineering Hydroecology of Estuaries 125 30 15 1 1 78

124. ICT24001G1 Databases 125 15 30 1 1 78

125.

ICT55101G1

Numerical Methods of Solving

Construction Tasks 125 15 30 1 1 78

126.

AAC00601G1

Processer and equeqment buildings

materials technology 125 30 15 1 1 78

127.

AAC00801G1

Constracting construction by using the

compositions 125 15 30 1 1 78

128.

AAC02401G1

The basis of calculation of building

construction reliability 125 15 30 1 1 78

129. AAC13806G1 Tectonics and the art of buildings 125 15 30 1 1 78

130.

AAC41801G2

Transportation construction and

landscape 125 15 30 1 1 78

131.

BUA28901G1

Planning and investment in construction

of port 125 15 30 1 1 78

132.

AAC01001G1

Equiqment of building materials

enterprises 125 30 15 1 1 78

133. AAC13906G1 The city architecture 125 45 1 1 78

134. AAC93701G1

Operation of building engineering

systems 125 30 15 1 1 78

135. AAC97601G1 Internal premises equipment

136. AAC43401G2

Water supply and sewage in industrial

and agricultural enterprises 125 15 30 1 1 78

137. AAC93301G1 Introduction to Water Waves Theory 125 30 15 1 1 78

138. AAC43601G2 Artificial constructions 125 30 15 1 1 78

139.

AAC93401G1

Financial-economic justification of

hydropower construction 125 30 15 1 1 78

140.

AAC91301G1

Use of hydro resources and hydraulic

engineering construction 125 15 15 15 1 1 78

141. AAC43101G2 Introduction to Water Waves Theory 125 30 15 1 1 78

142. AAC17706G1 Aesthetics of architecture

143. ICT56301G1 Computer Aided System AutoCAD 125 15 30 1 1 78

144.

AAC93501G1

Construction of Gas Supply Networks,

Rehabilitation and Reconstruction 125 15 30 1 1 78

145. EET40102G1 General Electrical Engineering 125 15 30 1 1 78

146.

AAC40601G2

Use the Renewable Energy Supply in

Heating ,Ventilation and Air Conditionig

Systems

125 15 15 15 1 1 78

147. ICT11701G2

Principles of Creation of Computer

Design Systems 125 30 15 1 1 78

148. AAC43501G2 Undergraund Hydraulic Structures 125 15 30 1 1 78

149.

AAC00701G1

The basis of rupture of reinforce

mechanics 125 15 30 1 1 78

150.

AAC91001G1

Base of highways and aerodromes

designing 125 15 30 1 1 78

151. BUA28301G1 Construction Business and Finances 125 15 30 1 1 78

152.

AAC81201G1

Construction business technical-

economic analysis 125 15 15 15 1 1 78

153. AAC91201G1 Design of building of transport tunnels 125 15 15 15 1 1 78

154. AAC03101G1

Construction of transport tunnels by

mining method 125 15 30 1 1 78

155. AAC01101G1

The technology of constructing

constructions of buildings and structures 125 15 30 1 1 78

156. AAC42101G2

Sanitation premises equipment, cold and

hot water supply systems

157. AAC94101G1

Exploitation of water - sewage systems 125 15 30 1 1 78

158. AAC40701G2

Water and Air Processing Mass Transfer

Machines 125 15 30 1 1 78

159. PHS71001G1 Field Methods for Soil Research 125 15 30 1 1 78

160. EET70401G2 mechanics of a rupture for builders 125 30 15 1 1 78

161. AAC41701G2

Heat Transmission in Hydraulic and Civil

Structures 125 30 15 1 1 78

162.

AAC41601G2

Justification of Hydropower Construction 125 30 15 1 1 78

163. AAC41401G2 Constructions on the Continental Shelf 125 15 30 1 1 78

164.

AAC41501G2

Gas Heating, Hot Water Preparing and

Alternative Sources. 1 1 78

Free components:

165. AAC91701G1 Hydrogeology 125 30 15 1 1 78

166.

BUA28801G1

Business planning in hydrotechnical

construction 125 15 15 15 1 1 78

167.

AAC02701G1

Environmental and Social Impact

Assessment in Transport Construction 125 30 15 1 1 78

168. AAC43301G2 Heating with Renewable Energy 125 15 30 1 1 78

169. AAC14006G1 History of modern architecture 125 15 30 1 1 78

170. AAC17806G1

Architecture of contemporary industrial

buildings. 1 1 78

171. AAC93601G1 Elevators and energy supply of buildings 125 30 15 1 1 78

172. BUA53401G1 Marketing for Construction 125 15 30 1 1 78

173.

AAC02901G1

Arrangement of roadways and aerodrome

roadmap 125 30 15 1 1 78

174. AAC03001G1 Road structures 125 30 15 1 1 78

175. AAC43001G2 Waterways and River Ports 125 30 15 1 1 78

176. AAC31801G2 Safety Equipment for Construction 125 30 15 1 1 78

177. AAC91101G1 Civil Engineering Constructions 125 15 30 1 1 78

178. AAC17606G1 Architecture of buildings 1 1 78

179. ENV13101G1 Special concept in the ancient world 125 15 30 1 1 78

180. AAC42001G2 Aquatic Ecology 125 15 30 1 1 78

181. ICT55901G1 Computer Architecture 125 30 15 1 1 78

182. AAC06001G1 Building-building test 1 1 78

183. AAC93801G1

Hydropower engineering and the

countries economy 125 15 30 1 1 78

184. AAC14106G1 Constructive drawing 125 45 1 1 78

185. AAC00401G1 Construction and environment 125 15 30 1 1 78

186.

AAC00501G1

Construction and security in emergency

situations 125 15 30 1 1 78

187. AAC91601G1

Sea transportation and logistics 125 15 30 1 1 78

188. ICT56101G1 Basics of Informatics 125 15 30 1 1 78

189. AAC43201G2

Basic of hydraulic engineering

construction 125 30 15 1 1 78

190. AAC41901G2 Planning and marketing of hydropower

branch development 125 15 30 1 1 78

191. AAC94201G1 Water resources protection 1 1 78

192. AAC18001G1 Construction and Culture 100 15 15 1 1 68

193. AAC12905G1 Style architecture 125 15 30 1 1 78

194. PHS20103G1 History of the Earth 75 15 15 1 1 43

195. AAC17906G2 The theory of urban construction

196. AAC13206G1 Composite features in architecture 100 15 15 1 1 68

197. AAC13306G1 Graphic drawing

198.

AAC31501G2

The court is the basis for technical and

technical expertise 125 15 15 15 1 1 78

199. SOS10301G2 The Economy of Nature 125 15 30 1 1 78

200. ART40201G1 Georgian architectural monuments 100 15 15 1 1 68

201. BUA38505G1 Management Psychology 125 15 30 1 1 78

202. EET98905G1 History of underground construction 75 15 15 1 1 43

203. AAC13005G1 Green construction 75 15 15 1 1 43

204. EET98805G1 History of Railway construction 75 15 15 1 1 43

205. SOS16105G2 Economy of Georgia 75 15 15 1 1 43

206. BUA37105G1 Success Strategy 75 15 15 1 1 43

Program Supervisor Malkhaz Tsikarishvili

Faculty of Civil Engineering

Head of Quality Assurance Service Marina Javakhishvili

Dean of the Faculty David Gurenidze

Approved by


At the meeting of Faculty Board

N4. 04. 07.2012

Agreed with

Quality Assurance Service of GTU Irma inashvili

Modified


At the meeting of Faculty Board

N 25 30.03.2018

Chairman of the Faculty Boar David Gurgenidze

Academic Board of GTU 2 April 2018 01-05-04/95 Modified by...

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Transcript of Academic Board of GTU 2 April 2018 01-05-04/95 Modified by...