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. Ali KEÇEBAŞ

ECTS Coordinator

Prof.Dr. Faruk Şen

Course Structure Diagram with Credits

1. Year - 1. Term

Course Unit Code	Course Unit Title	Course Type	Theory	Practice	ECTS
ATB1801	ATATURK'S PRINCIPLES AND REVOLUTION HISTORY I	Required	2	0	2
ENF1805	USE OF BASIC INFORMATION TECHNOLOGY	Required	3	0	3
ESM1011	NTRODUCTION TO ENERGY SYSTEMS ENGINEERING	Required	3	0	3
ESM1013	Computer Aided Technical Drawing	Required	2	2	3
FİZ1815	General Physics I	Required	3	0	2
FİZ1817	GENERAL PHYSICS LABORATORY I	Required	0	0	2
KİM1813	General Chemistry	Required	3	0	4
MAT1801	General Mathematics I	Required	3	1	4
TDB1801	Turkish Language I	Required	2	0	2
YDB1811	English I	Required Elective	3	0	3
YDB1813	German I	Required Elective	3	0	3
YDB1815	FRENCH I	Required Elective	3	0	3
İSG1801	Occupational Health and Safety I	Required	2	0	2

1. Year - 2. Term

Course Unit Code	Course Unit Title	Course Type	Theory	Practice	ECTS
ATB1802	ATATURK'S PRINCIPLES AND REVOLUTION HISTORY II	Required	2	0	2
ESM1004	Computer Programming	Required	2	2	4
ESM1010	COMPUTER AIDED DESIGN	Required	2	2	5
ESM1012	RENEWABLE ENERGY SOURCES	Required	3	0	4
FİZ1816	General Physics II	Required	3	0	2
FİZ1818	GENERAL PHYSICS LABORATORY II	Required	0	0	2
MAT1802	General Mathematics II	Required	3	1	4
TDB1802	Turkish Language II	Required	2	0	2
YDB1812	English II	Required Elective	3	0	3
YDB1814	German II	Required Elective	3	0	3
YDB1816	FRENCH II	Required Elective	3	0	3
İSG1802	Occupational Health and Safety II	Required	2	0	2

2. Year - 1. Term

Course Unit Code	Course Unit Title	Course Type	Theory	Practice	ECTS
ESM2011	Heat Mass Transfer I	Required	3	0	5
ESM2013	THERMODYNAMICS I	Required	3	0	5
ESM2015	STATIC	Required	4	0	5
ESM2017	Engineering Economy	Required	3	0	4
MAT2805	Differential Equations	Required	3	1	4
YDB2811	English III	Required Elective	3	0	3
YDB2813	German III	Required Elective	3	0	3
YDB2815	FRENCH III	Required Elective	3	0	3
İST2805	STATISTICS IN ENGINEERING	Required	2	1	4

2. Year - 2. Term

Course Unit Code	Course Unit Title	Course Type	Theory	Practice	ECTS
ESM2004	Numerical Methods in Engineering	Required	2	2	4
ESM2012	Heat Mass Transfer II	Required	3	0	5
ESM2014	THERMODYNAMICS II	Required	3	0	5
ESM2016	Material Science	Required	3	0	4
ESM2018	BASIC ELECTRIC-ELECTRONIC	Required	3	0	3
ESM2030	Internship I	Required	0	0	6
YDB2812	English IV	Required Elective	3	0	3
YDB2814	German IV	Required Elective	3	0	3
YDB2816	FRENCH IV	Required Elective	3	0	3

3. Year - 1. Term

Course Unit Code	Course Unit Title	Course Type	Theory	Practice	ECTS
ESM3011	Fluid Mechanics l	Required	3	0	5
ESM3531	Natural Gas and its Systems	Elective	3	1	5
ESM3533	Geothermal Energy and its Systems	Elective	3	1	5
ESM3535	Wind Energy and its Systems	Elective	3	1	5
ESM3537	Nuclear Reactor Engineering	Elective	3	1	5
ESM3539	Heating Systems	Elective	3	1	5
ESM3541	MODELING AND SIMULATION OF ENERGY SYSTEMS	Elective	3	1	5
ESM3543	Measuring Technique	Elective	3	1	5
ESM3545	Hydrelectric Energy	Elective	3	1	5
ESM3547	Biomass and its Conversion Technologies	Elective	3	1	5
ESM3549	Air Pollution and its Control	Elective	3	1	5
ESM3551	Carbon Economy and Markets	Elective	3	1	5
ESM3553	Coal Science and its Technology	Elective	3	1	5
ESM3555	Viessmann Indivıiual and Industrial Energy	Elective	3	1	5
YDB3919	Technical English I	Elective	3	1	5

3. Year - 2. Term

Course Unit Code	Course Unit Title	Course Type	Theory	Practice	ECTS
ESM3010	Preparation of Scientific Project	Required	2	1	3
ESM3012	Fluid Mechanics ll	Required	3	0	4
ESM3014	Energy Applications Laboratory	Required	0	3	2
ESM3030	Internship	Required	0	0	6
ESM3532	Indoor Natural Gas Installation	Elective	3	1	5
ESM3534	Solar Energy and its Systems	Elective	3	1	5
ESM3536	Hydrogen Energy Systems	Elective	3	1	5
ESM3538	Thermohydraulic analysis of nuclear reactors	Elective	3	1	5
ESM3540	Fluidized Bed Technology	Elective	3	1	5
ESM3542	Heat Economy and Zero Energy Buildings	Elective	3	1	5
ESM3544	Heat Exchangers	Elective	3	1	5
ESM3546	Refrigeration Systems	Elective	3	1	5
ESM3548	Energy Planning	Elective	3	1	5
ESM3550	Composite Materials	Elective	3	1	5
ESM3552	Hydraulic Machines	Elective	3	1	5
YDB3920	Technical English II	Elective	3	1	5

4. Year - 1. Term

Course Unit Code	Course Unit Title	Course Type	Theory	Practice	ECTS
ESM4001	Fuels and Combustion	Required	3	0	4
ESM4007	Engineering Project	Required	2	2	6
ESM4531	Entrepreneurship in the Energy Sector	Elective	3	1	5
ESM4533	Engineering and Science Ethics	Elective	3	1	5
ESM4535	Externalities of Energy Systems	Elective	3	1	5
ESM4537	Automatic Control Systems	Elective	3	1	5
ESM4539	Nuclear Technology	Elective	3	1	5
ESM4541	Heat and Acoustic Insulation	Elective	3	1	5
ESM4543	Energy and Environment Policy	Elective	3	1	5
ESM4545	Principles of Organic Waste Recovery Processes	Elective	3	1	5
ESM4547	Finite Elements Method	Elective	3	1	5
ESM4549	Ventilating and Air Conditioning Systems	Elective	3	1	5
ESM4551	Transmission and Distribution of Electricity	Elective	3	1	5
ESM4553	Natural Gas Installation in Industrial Plants	Elective	3	1	5
ESM4555	Oil and Natural Gas Pipelines	Elective	3	1	5
ESM4557	Power Plant Design	Elective	3	1	5

4. Year - 2. Term

Course Unit Code	Course Unit Title	Course Type	Theory	Practice	ECTS
ESM4010	Workplace Education	Required	0	38	24
ESM4012	Workplace Training Monitoring and Reporting	Required	2	0	6

Evaluation Questionnaires

Course & Program Outcomes Matrix