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Curriculum

MS Program with Thesis:

 

Program Structure (With Thesis)

ME 501

Advanced Engineering Mathematics             

(3-0)  

5 ECTS

ME 502

Computational Methods in Engineering                                  

(3-0)  

5 ECTS

ME

Area Elective Course    

(3-0)  

5 ECTS

ME

Area Elective Course    

(3-0)  

5 ECTS

 

Elective Course    

(3-0)  

5 ECTS

 

Elective Course    

(3-0)  

5 ECTS

 

Elective Course    

(3-0)  

5 ECTS

ME 597

Seminar                      

(2-0)

5 ECTS

ME 599

Master’s Thesis        

(0-0)

80  ECTS

 

     

 

MS Program without Thesis:

 

Program Structure (Without Thesis)

 

ME 501

Advanced Engineering Mathematics             

(3-0)  

5 ECTS

ME 502

Computational Methods in Engineering                                  

(3-0)  

5 ECTS

ME

Area Elective Course    

(3-0)  

5 ECTS

ME

Area Elective Course

(3-0)  

5 ECTS

ME

Area Elective Course 

(3-0)  

5 ECTS

 

Elective Course    

(3-0)  

5 ECTS

 

Elective Course    

(3-0)  

5 ECTS

 

Elective Course    

(3-0)  

5 ECTS

 

Elective Course    

(3-0)  

5 ECTS

ME 597

Seminar                         

(2-0)  

5 ECTS

ME 598

Graduation Project          

(0-0)

40  ECTS

 

Elective courses can be chosen from ME courses as well as from other disciplines in the Graduate School of Science and Engineering. Students are also allowed to take only one course from other graduate schools, as listed below;

IT 574,IT 576, MAN 574, MAN 514, HUK 523, ECE501, ECE 502, ECE503, ECE 525, ECE 531, ECE 535, ECE 553, ECE 554, ECE 581

MS Program with Thesis:

 

For graduation from the MS program with thesis, the students are required to have completed 120 ECTS credits which correspond to the sum of 60 ECTS credits obtained from the compulsory and elective courses and 60 ECTS credits from the thesis.

 

Program Structure (With Thesis)

ME 501

Advanced Engineering Mathematics             

(3-0)  

7.5 ECTS

ME 502

Computational Methods in Engineering                                  

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME 597

Seminar and Scientific Research Technique                            

 

7.5 ECTS

ME 599-1

Master’s Thesis Research          

 

30  ECTS

ME 599-2

Master’s Thesis                                                                                        

 

30  ECTS

TOTAL 120 ECTS

MS Program without Thesis:

 

For graduation from the MS program with thesis, the students are required to have completed 90 ECTS credits which correspond to the sum of 75 ECTS credits obtained from the compulsory and elective courses and 15 ECTS credits from the Graduation Project.

 

Program Structure (Without Thesis)

 

ME 501

Advanced Engineering Mathematics             

(3-0)  

7.5 ECTS

ME 502

Computational Methods in Engineering                                  

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME

Elective Course    

(3-0)  

7.5 ECTS

ME 597

Seminar and Scientific Research Technique                            

(3-0)  

7.5 ECTS

ME 598

Graduation Project          

 

15  ECTS

TOTAL 90 ECTS

Elective courses can be chosen from ME courses as well as from other disciplines in the Graduate School of Science and Engineering. Students are also allowed to take only one course from other graduate schools, as listed below;

IT 574,IT 576, MAN 574, MAN 514, HUK 523, ECE501, ECE 502, ECE503, ECE 525, ECE 531, ECE 535, ECE 553, ECE 554, ECE 581

ME 501 Advanced Engineering Mathematics                                                           

ME 502 Computational Methods in Engineering                                                

ME 503 Advanced Fluid Mechanics                                                                      

ME 504 Gas Dynamics                                                                                        

ME 505 Turbulent Flows                                                                                                

ME 506 Introduction to Computational Fluid Dynamics                                      

ME 507 Conduction Heat Transfer                                                                               

ME 508 Convection Heat Transfer                                                                            

ME 509 Radiation Heat Transfer                                                                              

ME 510 Modern Control Systems                                                                           

ME 511 Advanced Dynamics                                                                       

ME 512 Introduction to Robotics                                                                              

ME 513 Digital Control of Dynamic Systems                                              

ME 514 Mechatronic Systems                                                                              

ME 515 Dynamics of Nonlinear Systems                                                                         

ME 516 Failure Analysis                                                                                              

ME 517 Powder Metallurgy Manufacturing Techniques                                     

ME 518 Advanced Ceramic Technology                                                                    

ME 519 Biomaterials                                                                                           

ME 520 Advanced Materials and Processes                                                               

ME 521 Composite Materials                                                                               

ME 522 Welding Metallurgy                                                                                         

ME 581 Special Topics in Mechanical Engineering  I                                             

ME 582 Special Topics in Mechanical Engineering  II                                         

ME 597 Thesis  Seminar                                                                                         

ME 598  Graduation Project                                                                             

ME 599-I  Master’s Thesis                                                                                        

ME 599-II  Master’s Thesis I