       
Programme 
Graduate School of Natural and Applied Sciences Mechanical Engineering 
Course Information 
Course Unit Code  Course Unit Title   Credit Pratic  Credit Lab/A  Credit Total  Credit Ects  Semester 
01MAK5158  Enrji Conversion Systems  3.00  0.00  0.00  3.00  6.00  1 
Course Information 
Language of Instruction  Turkish 
Type of Course Unit  Elective 
Course Coordinator  
Course Instructors  1Osman ĘPEK 
Course Assistants  
Course Aims  The energy crisis, Energy Consumption, Units of energy and power, Solar radiation, The first and second law of thermodynamics, the Carnot cycle, the steam engine and Rankine cycle, Entropy, Gas turbine and Combined cycles, Nuclear Energy Fission, fusion, solar energy, Water, Wind and Geothermal Power, Energy usage and the Economy 
Course Goals  Introduction to energy sources , understanding of theory of energy production, idroduction of energy production system, definition of energy production and cost relate, undetstandig of energy production and envieronment interaction... 
Learning Outcomes of The Course Unit  1. Inyroduction to enegy prouction system 2. Having information of energy sources 3.Having information of Definition to Energy production types and process 4. Introduction to essential statutes and equations anad applications tis statutes and equations 5. Introduction to can pick out of differences of adjacents of energy production systems 6. Introduction to essential tools of using of energy production systems 7. Analyzing of energy production systems 8. Using a software of analysing of energy production systems 9. Having information of energy production and enery cost 10. Having information of relations of energy and enviorenment 
Course Contents  Energy sources and the general situation in the country, Energy Conversion Systems,Energy Production Systems , Basic Principles of Conversion,Fossil Origin Energy Resources, Poses and Thermal Power Plants, Thermal Energy Production Systems, Basic Thermodynamics Principles,Renewable Energy Resources, Solar energy and Principles of the Usage, Geothermal energy and principles of the energy production Wind energy and the basic principles of energy production, hydrogen energy and principles of the usage Wave energy, Nuclear Energy Magnetic Energy, Tidal Energy Energy Cost and the general situation of the countries, efficiency of the energy production The relationship between energy and the environment Planning for the future of energy production.

Prerequisities and Corequisities Courses  
Recommended Optional Programme Components  
Mode Of Delivery  
Level of Course Unit  
Assessment Methods and Criteria  ECTS / Table Of Workload (Number of ECTS credits allocated) 
Studies During Halfterm  Number  CoEfficient  Activity  Number  Duration  Total 
Visa  1  50  Course Duration (Excluding Exam Week)  14  4  56 
Quiz  0  0  Time Of Studying Out Of Class  14  3  42 
Homework  2  50  Homeworks  2  15  30 
Attendance  0  0  Presentation  0  0  0 
Application  0  0  Project  0  0  0 
Lab  0  0  Lab Study  0  0  0 
Project  0  0  Field Study  0  0  0 
Workshop  0  0  Visas  1  15  15 
Seminary  0  0  Finals  1  25  25 
Field study  0  0  Workload Hour (30)  30 
TOTAL  100  Total Work Charge / Hour  168 
The ratio of the term to success  40  Course's ECTS Credit  6 
The ratio of final to success  60  
TOTAL  100  
Recommended or Required Reading 
Textbook  Advanced Engineering Analysis ASM handbook of Engineering Mathematics Vector Calculus

Additional Resources  Vector and Tensor Analysis Introduction Matrix Analysis The Theory of Matrix Method of Applied Mathematics Mathematical Physics An introduction Heat transfer Engineering Heat transfer Introduction Fluid Mechanics Vector Mechanics for Engineering Engineering Mechanics Static Engineering Dynamics Continuum Mechanics Mechanical Metallurgy Mathematical Theory and Elasticity Basic Equations of Engineering Science Thermodynamics for engineers Engineering Thermodynamics Introduction to thermodynamics Fundamental of Classical Thermodynamics Advanced Engineering Analysis ASM handbook of Engineering Mathematics Vector Calculus Vector and Tensor Analysis Introduction Matrix Analysis The Theory of Matrix Method of Applied Mathematics Mathematical Physics An introduction Heat transfer Engineering Heat transfer Introduction Fluid Mechanics Vector Mechanics for Engineering Engineering Mechanics Static Engineering Dynamics Continuum Mechanics Mechanical Metallurgy Mathematical Theory and Elasticity Basic Equations of Engineering Science Thermodynamics for engineers Engineering Thermodynamics Introduction to thermodynamics Fundamental of Classical Thermodynamics

Material Sharing 
Documents  
Assignments  
Exams  
Additional Material  
Planned Learning Activities and Teaching Methods 
Lectures, Practical Courses, Presentation, Seminar, Project, Laboratory Applications (if necessary) 
Work Placements 
As with any other educational component, credits for work placements are only awarded when the learning outcomes have been achieved and assessed. If a work placement is part of organised mobility (such as Farabi and Erasmus), the Learning Agreement for the placement should indicate the number of credits to be awarded if the expected learning outcomes are achieved. 
Program Learning Outcomes 
No  Course's Contribution to Program  Contribution 
Course Content 