Türkçe
Faculty of Technology Department of Energy Systems Engineering

Qualification Awarded

B.Sc. and M.Sc. degrees in Energy Systems Engineering

Specific Admission Requirements

Qualification Requirements

Students who obtained 240 ECTS and average grade point of at least 2.00 out of 4.00 will be qualified for graduate.

Recognition of Prior Learning

The students who study at Mugla Sıtkı Koçman University may be exempt from some courses according to certain regulations. They may be exempt from the courses if the application is in time and the content is approved by the administrative board of the related vocational school/faculty/institute.

History

Department of Energy Systems Engineering has begun to undergraduate education in 2013-2014 academic year under Faculty of Technology .

Profile of the Programme

Aim of this programme is to train Energy Systems Engineers meets a need in any kind of power plant and high energy consumer plants. General perspective is to build up engineering knowledge and notion about production, transportation, storage and efficiency of energy.

Program Outcomes

1- University-industry cooperation in the energy field to improve
2- To cooperate in the field of domestic and overseas departments, to develop common strategies and projects
3- Know and apply the principles of quality of work life and productivity
4- Individual and as a team member to take responsibility, open-minded, open to criticism, constructive and self-confidence, effective and efficient work
5- Identify sources of energy and the economy of the area is very good, both locally and think globally, to apply what is learned
6- Interdisciplinary studies to be doing
7- The required level of energy sector to use computer programs

Exam Regulations & Assesment & Grading

Passing grade is constituted with 40% of average of mid-term exams grade and 60% of final exam grade.

Graduation Requirements

Succeed in all the courses in the program (240 ECTS in total), the students are expected to get a grade point average of 2.00 out of 4.00.

Occupational Profiles of Graduates

A student graduated from Energy Systems Engineering can be employed in any energy production center and high energy consuming plant as energy systems engineer as well. Energy systems engineer can be employed also in governmental authorities such as EPDK, EIE, Energy Ministry, TEDAŞ and TAEK

Access to Further Studies

According to succesful completion of B.Sc. degree, students can continue to their education to grant M.Sc. or PhD. degrees in Energy Systems Engineering.

Mode of Study

Graduate and Undergraduate

Programme Director

Prof.Dr. Tayfun BÜKE

ECTS Coordinator

Associate Prof.Dr. Faruk Şen

Course Structure Diagram with Credits

1. Year - 1. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
ENF1801 USE OF BASIC INFORMATION TECHNOLOGY Required 4 0 3
ESM1001 Energy Engineering I Required 3 0 6
FİZ1809 General Physics I Required 3 0 6
KİM1811 General Chemistry I Required 3 0 6
MAT1821 General Mathematics I Required 4 2 6
YDB1811 Foreign Language I Required 3 0 3
YDB1813 German I Elective 3 0 3
YDB1815 FRENCH I Elective 3 0 3
       
1. Year - 2. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
ESM1002 Energy Engineering II Required 3 0 6
ESM1004 Computer Programming Required 2 2 4
ESM1006 Computer Aided Technical Drawing Required 2 2 5
FİZ1810 General Physics II Required 3 0 6
MAT1822 General Mathematics II Required 4 2 6
YDB1812 Foreign Language II Required Elective 3 0 3
YDB1814 German II Elective 3 0 3
YDB1816 FRENCH II Elective 3 0 3
       
2. Year - 1. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
ESM2001 Thermodynamics Required 3 2 8
ESM2003 Differential Equations Required 3 2 7
ESM2005 Engineering Economy Required 2 2 6
MAT2803 Differential Equations Required 3 0 4
TDB2801 Turkish Language I Required 2 0 2
YDB2811 Foreign Language III Required 3 0 3
YDB2813 German III Elective 3 0 3
YDB2815 FRENCH III Elective 3 0 3
       
2. Year - 2. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
ESM2002 Heat and Mass Transfer Required 3 2 8
ESM2004 Numerical Methods in Engineering Required 2 2 4
ESM2006 Internship*** Required 0 0 8
ESM2008 Economical Analysis of Energy Systems Required 2 2 5
TDB2802 Turkish Language II Required 2 0 2
YDB2812 Foreign Language IV Required 3 0 3
YDB2814 German IV Required 3 0 3
YDB2816 FRENCH IV Required 3 0 3
       
3. Year - 1. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
ESM3001 Fluid Mechanics Required 3 2 7
ESM3003 Material Science Required 3 0 4
ESM3007 Required 3 0 4
ESM3501 Technical English I Elective 3 0 5
ESM3503 Design and Modeling Techniques Elective 3 0 5
ESM3507 Natural Gas and its Systems Elective 3 0 5
ESM3509 Geothermal Energy and its Systems Elective 3 0 5
ESM3511 Hydrelectric Energy Elective 3 0 5
ESM3513 Wind Energy and its Systems Elective 3 0 5
ESM3515 Solar Energy and its Systems Elective 3 0 5
ESM3517 Biomass and its Conversion Technologies Elective 3 0 5
ESM3519 Nuclear Reactor Engineering Elective 3 0 5
ESM3521 Air Pollution and its Control Elective 3 0 5
ESM3523 Carbon economy and markets Elective 3 0 5
ESM3525 Coal Science and its Technology Elective 3 0 5
ESM3527 Heating Systems Elective 3 0 5
       
3. Year - 2. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
ESM3002 Workplace Education** Required 5 35 22
ESM3006 Internship *** Required 0 0 8
       
4. Year - 1. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
ATB4801 ATATURK'S PRINCIPLES AND REVOLUTION HISTORY I Required 2 0 2
ESM4001 Fuels and Combustion Required 3 0 4
ESM4501 Technical English II Elective 3 0 6
ESM4503 Hydrogen Energy Systems Elective 3 0 6
ESM4505 Fluidized Bed Technology Elective 3 0 6
ESM4507 Power Generation Systems Elective 3 0 6
ESM4509 Heat Economy and Zero Energy Buildings Elective 3 0 6
ESM4511 Heat Exchangers Elective 3 0 6
ESM4513 Internal Combustion Engines Elective 3 0 6
ESM4515 Refrigeration Systems Elective 3 0 6
ESM4517 Direct Energy Conversion Elective 3 0 6
ESM4519 Thermohydraulic analysis of nuclear reactors Elective 3 0 6
ESM4521 Exergy Applications Elective 3 0 6
ESM4523 Energy Planning Elective 3 0 6
ESM4525 Composite Materials Elective 3 0 6
ESM4527 Indoor Natural Gas Installation Elective 3 0 6
ESM4529 Elective 3 1 6
       
4. Year - 2. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
ATB4802 ATATURK'S PRINCIPLES AND REVOLUTION HISTORY II Required 2 0 2
ESM4004 Energy Systems Engineering Project Required 0 4 3
ESM4006 Required 3 0 4
ESM4502 Externalities of Energy Systems Elective 3 0 7
ESM4504 Automatic Control Systems Elective 3 0 7
ESM4506 Clean Burning Technologies Elective 3 0 7
ESM4508 Nuclear Technology Elective 3 0 7
ESM4510 Heat and Acoustic Insulation Elective 3 0 7
ESM4512 Energy and Environment Policy Elective 3 0 7
ESM4514 Principles of Organic Waste Recovery Processes Elective 3 0 7
ESM4516 Finite Elements Method Elective 3 0 7
ESM4518 Ventilating and Air Conditioning Systems Elective 3 0 7
ESM4520 Transmission and Distribution of Electricity Elective 3 0 7
ESM4522 Alternative Heating Systems Elective 3 0 7
ESM4524 Natural Gas Installation in Industrial Plants Elective 3 0 7
ESM4526 Oil and Natural Gas Pipelines Elective 3 0 7
       
 

Evaluation Questionnaires

Course & Program Outcomes Matrix

1. Year - 1. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7
USE OF BASIC INFORMATION TECHNOLOGY4444444
Energy Engineering I4444444
General Physics I4444444
General Chemistry I4444444
General Mathematics I4444444
Foreign Language I4444444
German I3333333
FRENCH I3333333
        
1. Year - 2. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7
Energy Engineering II444 444
Computer Programming 4444444
Computer Aided Technical Drawing 4444444
General Physics II4444444
General Mathematics II4444444
Foreign Language II4444444
German II3333333
FRENCH II3333333
        
2. Year - 1. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7
Thermodynamics4444444
Differential Equations4444444
Engineering Economy4444444
Differential Equations4444444
Turkish Language I4444444
Foreign Language III4444444
German III4433333
FRENCH III3333333
        
2. Year - 2. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7
Heat and Mass Transfer4444444
Numerical Methods in Engineering4444444
Internship***5555555
Economical Analysis of Energy Systems4444444
Turkish Language II4444444
Foreign Language IV4444444
German IV3333333
FRENCH IV3333333
        
3. Year - 1. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7
Fluid Mechanics4444444
Material Science4444444
        
Technical English I4444444
Design and Modeling Techniques4444444
Natural Gas and its Systems4444444
Geothermal Energy and its Systems4444444
Hydrelectric Energy4444444
Wind Energy and its Systems4444444
Solar Energy and its Systems4444444
Biomass and its Conversion Technologies4444444
Nuclear Reactor Engineering4444444
Air Pollution and its Control4444444
Carbon economy and markets4 44444
Coal Science and its Technology4444444
Heating Systems4444444
        
3. Year - 2. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7
Workplace Education**4444444
Internship ***5555555
        
4. Year - 1. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7
ATATURK'S PRINCIPLES AND REVOLUTION HISTORY I4444444
Fuels and Combustion4444444
Technical English II4444444
Hydrogen Energy Systems4444444
Fluidized Bed Technology4444444
Power Generation Systems4444444
Heat Economy and Zero Energy Buildings4444444
Heat Exchangers4444444
Internal Combustion Engines4444444
Refrigeration Systems4444444
Direct Energy Conversion4444444
Thermohydraulic analysis of nuclear reactors4444444
Exergy Applications4444444
Energy Planning4444444
Composite Materials4444444
Indoor Natural Gas Installation4444444
        
        
4. Year - 2. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7
ATATURK'S PRINCIPLES AND REVOLUTION HISTORY II4444444
Energy Systems Engineering Project4444444
        
Externalities of Energy Systems4444444
Automatic Control Systems4444444
Clean Burning Technologies4444444
Nuclear Technology4444444
Heat and Acoustic Insulation4444444
Energy and Environment Policy4444444
Principles of Organic Waste Recovery Processes4444444
Finite Elements Method4444444
Ventilating and Air Conditioning Systems4444444
Transmission and Distribution of Electricity4444444
Alternative Heating Systems4444444
Natural Gas Installation in Industrial Plants444444 
Oil and Natural Gas Pipelines4444444
        
 

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