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General Description
Programme Director : Not Found  
e-mail : mustafamerdan@sdu.edu.tr  
Telephone : 211 1381  
Fax : 237 0859  
ECTS Coordinator : Not Found  
e-mail : mustafamerdan@sdu.edu.tr  
Telephone : 211 1381  
Fax : 237 0859  
Address : Süleyman Demirel University
Science Institute
Electronics and Communication Engineering Department
32260 Çünür/Isparta
 
General Information :  
Qualification Awarded : Master?s Degree  
Level of Qualification : Second Cycle (Master?s Degree)/ Third Cycle (Doctorate Degree).  
Specific Admission Requirements : Students, willing to enroll in this graduate programme, must comply with the legal and academic requirements to access the studies in the Süleyman Demirel University according to the process established by the YÖK (Higher Education Council) regulations. The detail information about the application (twice a year) and access requirements are released before academic year starts on the web site (http://w3.sdu.edu.tr). Students who have started studies in other universities within or outside of the country may apply for their recognition. The recognition record is unique for each student and therefore the procedure is carried out accordingly before the start of each academic year.

Under an established exchanges program or one approved by the University, exchange students from abroad may be accepted for studies on the courses taught in English. Or, if they are confident in Turkish, they may then enroll in any courses, running in Turkish shown on the ?Course Structure? diagram. For example, Erasmus students from abroad want to spend one term or two terms in a graduate programme at Süleyman Demirel University should apply to International Relation Office. The detail information on the application procedure is given in their web site (http://disiliskiler.sdu.edu.tr).
 
Specific Arrangements for Recognition of Prior Learning (formal, non-formal and informal) :  
Qualification Requirements and Regulations : National qualifications frameworks may contain levels (or intermediate qualifications) within the three Bologna cycles (e.g. a short cycle within the first cycle). These levels allow institutions to structure a particular qualification and regulate progression through the qualification. Qualification Requirements and Regulations are enacted by YÖK (The Council Of Higher Education) in Turkey.  
Profile of The Programme : 1. Capability to solve advanced engineering problems in one of the
electronics, communications and electrical engineering options.
2.Following new technology and developments in one of the electrical(electronics, hardware computing, communications, energy.... ) engineering options.
3. Ability to lead laboratory experimental researches.

 
Occupational Profiles of Graduates with Examples :  
Access to Further Studies : To provide adequate conditions for different disciplines graduate educational opportunities are available  
Aims Of Programme :  
Examination Regulations, Assessment and Grading : They are specified in each course. Please see the Course Structure for details.  
Graduation Requirements :  
Mode of Study (full-time, part-time, e-learning etc.) : Full time  

Program Learning Outcomes
1 Engineering graduates with sufficient theoretical and practical background for a successful profession and with application skills of fundamental scientific knowledge in the engineering practice
2 Engineering graduates with skills and professional background in describing, formulating, modeling and analyzing the engineering problem, with a consideration for appropriate analytical solutions in all necessary situations
3 Engineering graduates with the necessary technical, academic and practical knowledge and application confidence in the design and assessment of machines or mechanical systems or industrial processes with considerations of productivity, feasibility and environmental and social aspects.
4 Engineering graduates with the practice of selecting and using appropriate technical and engineering tools in engineering problems, and ability of effective usage of information science technologies
5 Ability of designing and conducting experiments, conduction data acquisition and analysis and making conclusions
6 Ability of identifying the potential resources for information or knowledge regarding a given engineering issue
7 The abilities and performance to participate multi-disciplinary groups together with the effective oral and official communication skills and personal confidence
8 Ability for effective oral and official communication skills in Turkish Language and, at minimum, one foreign language
9 Engineering graduates with motivation to life-long learning and having known significance of continuous education beyond undergraduate studies for science and technology
10 Engineering graduates with well-structured responsibilities in profession and ethics
11 Engineering graduates who are aware of the importance of safety and healthiness in the project management, workshop environment as well as related legal issues
12 Consciousness for the results and effects of engineering solutions on the society and universe, awareness for the developmental considerations with contemporary problems of humanity

 

Course Structure&ECTS Credits

-
For Each Student there must be 30 ECTS Credits for each Semester.There must be 60 ECTS Credits for an academic year.

-1.Semester
Course Unit Code Course Unit Title Course Type Credit ECTS Print
01EHB9518
Biomedical devices of repair, maintenance and calibration
DersTürü 3,00 6,00 Print
01EHB9525
MEDICAL INSTRUMENTATION
DersTürü 3,00 6,00 Print
01EHB8501
Thesis (Master)
Compulsory 3,50 24,00 Print
01EHB9507
Thesis (PhD)
Compulsory 3,00 24,00 Print
01EHB9505
Seminar-I (PhD)
Compulsory 0,00 6,00 Print
01EHB9511
Specialization Field Course -III (PhD)
Compulsory 4,00 6,00 Print
01EHB9516
Specialization Field Course -I (PhD)
Compulsory 4,00 6,00 Print
01EHB9521
Specialization Field Course-V (PhD)
Compulsory 4,00 6,00 Print
01EHB9999
Techniques of Scientific Research and Publication Ethics
Compulsory 3,00 6,00 Print
01EHB9519
Seminar-II (PhD)
Compulsory 0,00 6,00 Print
01EHB9522
Specialization Field Course-IV (PhD)
Compulsory 4,00 6,00 Print
01EHB9523
Specialization Field Course-VI (PhD)
Compulsory 4,00 6,00 Print
01EHB9529
Specialization Field Course -II (PhD)
Compulsory 4,00 6,00 Print
01EHB9527
Specialization Field Course-VIII (PhD)
Compulsory 4,00 6,00 Print
01EHB9506
Specialization Field Course-VII (PhD)
Optional 4,00 6,00 Print
01EHB5113
Optional 3,00 6,00 Print
01EHB5119
Optional 3,00 6,00 Print
01EHB5129
Microprocessor Hardware I
Optional 3,00 6,00 Print
01EHB5133
Optional 3,00 6,00 Print
01EHB5140
Optional 3,00 6,00 Print
01EHB5183
Optional 3,00 6,00 Print
01EHB5187
Optional 3,00 6,00 Print
01EHB5188
Design Procedures In Biomedical Engineering
Optional 3,00 6,00 Print
01EHB5192
Electromagnetic Shielding
Optional 3,00 6,00 Print
01EHB5195
Biological Effects of EM Waves
Optional 3,00 6,00 Print
01EHB5196
Numerical Methods in Electromagnetic
Optional 3,00 6,00 Print
01EHB5199
Heuristic Optimization Algorithms
Optional 3,00 6,00 Print
01EHB5214
Probability Theory and Stochastic Processes
Optional 3,00 6,00 Print
01EHB5213
Statistical Signal Processing
Optional 3,00 6,00 Print
01EHB5204
Advanced Engineering Electromagnetics II
Optional 3,00 6,00 Print
01EHB5205
Pattern Recognition
Optional 3,00 6,00 Print
01EHB9508
Transport Phenomena in Semiconductor Devices
Optional 3,00 6,00 Print
01EHB9509
Introduction to Optical Fiber Communications
Optional 3,00 6,00 Print
01EHB9510
Principles of Laser Engineering
Optional 3,00 6,00 Print
01EHB9513
Fundamentals of Engineering Optimization
Optional 3,00 6,00 Print
Introduction to Robotics
Optional 3,00 6,00 Print
01EHB9512
MATLAB for Engineers
Optional 3,00 6,00 Print
01EHB9514
RF Circuit Design Using Linear and Nonlinear Techniques
Optional 3,00 6,00 Print
01EHB5206
Stability Theory of Dynamical Systems
Optional 3,00 6,00 Print
01EHB5215
Statistical Signal Processing
Optional 3,00 6,00 Print
01EHB9515
RF Circuit Design
Optional 3,00 6,00 Print
01EHB5221
Image Processing
Optional 3,00 6,00 Print
01EHB9517
Transistor Amplifiers for Microwave Applications
Optional 3,00 6,00 Print
01EHB5207
Linear System Theory II
Optional 3,00 6,00 Print
Adaptive Signal Processing
Optional 3,00 6,00 Print
Digital Image Processing
Optional 3,00 6,00 Print
01EHB5222
Deep Learning
Optional 3,00 6,00 Print
01EHB5216
Digital Speech Processing
Optional 3,00 6,00 Print
01EHB9520
Numerical Methods for Electromagnetics
Optional 3,00 6,00 Print
01EHB9535
TIBBİ ENSTRÜMANTASYON (ENG)
Optional 3,00 6,00 Print
01EHB5208
Machine Vision
Optional 3,00 6,00 Print
01EHB9524
MEDICAL ELECTRONICS II
Optional 3,00 6,00 Print
01EHB5209
Advanced Engineering Electromagnetics I
Optional 3,00 6,00 Print
01EHB9528
Applications of Artificial Intelligence and Expert Systems in Microwave Engineering
Optional 3,00 6,00 Print
01EHB9526
Principles of Modern Optical Systems
Optional 3,00 6,00 Print
01EHB5210
Communication Theory
Optional 3,00 6,00 Print
Machine Learning
Optional 3,00 6,00 Print
01EHB5211
Linear Systems Theory I
Optional 3,00 6,00 Print
01EHB5212
Signal Analysis and Processing
Optional 3,00 6,00 Print
01EHB9530
Integrated Sensors and Sensor Systems
Optional 3,00 6,00 Print
01EHB9531
ADVANCED BIOMEDICAL SYSTEMS
Optional 3,00 6,00 Print
01EHB9534
EQUIPMENT SUPPORT FOR BIOMEDICAL DEVICES
Optional 3,00 6,00 Print
01EHB9532
MEDICAL DEVICE TECHNOLOGY
Optional 3,00 6,00 Print
01EHB9533
Electromagnetic Wave Theory
Optional 3,00 6,00 Print
     Total ECTS:108  

Total.ECTS(Yearly): 60




1.Semester
Course Unit Code Course Unit Title Course Type Credit ECTS Print
01EHB7501
Seminar I (Master)
Compulsory 0,00 6,00 Print
01EHB5136
Computer Aided Design
Optional 3,00 6,00 Print
01EHB5139
Microwave Engineering
Optional 3,00 6,00 Print
01EHB5145
Transmission of Electromagnetic Waves
Optional 3,00 6,00 Print
01EHB5147
Anten Analysis and Design
Optional 3,00 4,00 Print
01EHB5193
Microwave Radiation Effect
Optional 3,00 6,00 Print
01EHB5201
Pattern Recognition
Optional 3,00 6,00 Print
01EHB5203
Neural Networks and Applications
Optional 3,00 6,00 Print
01EHB9501
Specialization Field Course I (Master)
Optional 4,00 6,00 Print
01EHB9502
Specialization Field Course II (Master)
Optional 4,00 6,00 Print
01EHB9503
Specialization Field Course III (Master)
Optional 4,00 6,00 Print
01EHB9504
Specialization Field Course IV (Master)
Optional 4,00 6,00 Print
     Total ECTS:6  

Total.ECTS(Yearly): 60




-

-1.Semester
Course Unit Code Course Unit Title Course Type Credit ECTS Print
01EHB9518
Biomedical devices of repair, maintenance and calibration
DersTürü 3,00 6,00 Print
01EHB9525
MEDICAL INSTRUMENTATION
DersTürü 3,00 6,00 Print
01EHB8501
Thesis (Master)
Compulsory 3,50 24,00 Print
01EHB9507
Thesis (PhD)
Compulsory 3,00 24,00 Print
01EHB9505
Seminar-I (PhD)
Compulsory 0,00 6,00 Print
01EHB9511
Specialization Field Course -III (PhD)
Compulsory 4,00 6,00 Print
01EHB9516
Specialization Field Course -I (PhD)
Compulsory 4,00 6,00 Print
01EHB9521
Specialization Field Course-V (PhD)
Compulsory 4,00 6,00 Print
01EHB9999
Techniques of Scientific Research and Publication Ethics
Compulsory 3,00 6,00 Print
01EHB9519
Seminar-II (PhD)
Compulsory 0,00 6,00 Print
01EHB9522
Specialization Field Course-IV (PhD)
Compulsory 4,00 6,00 Print
01EHB9523
Specialization Field Course-VI (PhD)
Compulsory 4,00 6,00 Print
01EHB9529
Specialization Field Course -II (PhD)
Compulsory 4,00 6,00 Print
01EHB9527
Specialization Field Course-VIII (PhD)
Compulsory 4,00 6,00 Print
01EHB9506
Specialization Field Course-VII (PhD)
Optional 4,00 6,00 Print
01EHB5113
Optional 3,00 6,00 Print
01EHB5119
Optional 3,00 6,00 Print
01EHB5129
Microprocessor Hardware I
Optional 3,00 6,00 Print
01EHB5133
Optional 3,00 6,00 Print
01EHB5140
Optional 3,00 6,00 Print
01EHB5183
Optional 3,00 6,00 Print
01EHB5187
Optional 3,00 6,00 Print
01EHB5188
Design Procedures In Biomedical Engineering
Optional 3,00 6,00 Print
01EHB5192
Electromagnetic Shielding
Optional 3,00 6,00 Print
01EHB5195
Biological Effects of EM Waves
Optional 3,00 6,00 Print
01EHB5196
Numerical Methods in Electromagnetic
Optional 3,00 6,00 Print
01EHB5199
Heuristic Optimization Algorithms
Optional 3,00 6,00 Print
01EHB5214
Probability Theory and Stochastic Processes
Optional 3,00 6,00 Print
01EHB5213
Statistical Signal Processing
Optional 3,00 6,00 Print
01EHB5204
Advanced Engineering Electromagnetics II
Optional 3,00 6,00 Print
01EHB5205
Pattern Recognition
Optional 3,00 6,00 Print
01EHB9508
Transport Phenomena in Semiconductor Devices
Optional 3,00 6,00 Print
01EHB9509
Introduction to Optical Fiber Communications
Optional 3,00 6,00 Print
01EHB9510
Principles of Laser Engineering
Optional 3,00 6,00 Print
01EHB9513
Fundamentals of Engineering Optimization
Optional 3,00 6,00 Print
01EHB9512
MATLAB for Engineers
Optional 3,00 6,00 Print
01EHB9514
RF Circuit Design Using Linear and Nonlinear Techniques
Optional 3,00 6,00 Print
01EHB5206
Stability Theory of Dynamical Systems
Optional 3,00 6,00 Print
01EHB5215
Statistical Signal Processing
Optional 3,00 6,00 Print
01EHB9515
RF Circuit Design
Optional 3,00 6,00 Print
01EHB5221
Image Processing
Optional 3,00 6,00 Print
01EHB9517
Transistor Amplifiers for Microwave Applications
Optional 3,00 6,00 Print
01EHB5207
Linear System Theory II
Optional 3,00 6,00 Print
01EHB5222
Deep Learning
Optional 3,00 6,00 Print
01EHB5216
Digital Speech Processing
Optional 3,00 6,00 Print
01EHB9520
Numerical Methods for Electromagnetics
Optional 3,00 6,00 Print
01EHB9535
TIBBİ ENSTRÜMANTASYON (ENG)
Optional 3,00 6,00 Print
01EHB5208
Machine Vision
Optional 3,00 6,00 Print
01EHB9524
MEDICAL ELECTRONICS II
Optional 3,00 6,00 Print
01EHB5209
Advanced Engineering Electromagnetics I
Optional 3,00 6,00 Print
01EHB9528
Applications of Artificial Intelligence and Expert Systems in Microwave Engineering
Optional 3,00 6,00 Print
01EHB9526
Principles of Modern Optical Systems
Optional 3,00 6,00 Print
01EHB5210
Communication Theory
Optional 3,00 6,00 Print
01EHB5211
Linear Systems Theory I
Optional 3,00 6,00 Print
01EHB5212
Signal Analysis and Processing
Optional 3,00 6,00 Print
01EHB9530
Integrated Sensors and Sensor Systems
Optional 3,00 6,00 Print
01EHB9531
ADVANCED BIOMEDICAL SYSTEMS
Optional 3,00 6,00 Print
01EHB9534
EQUIPMENT SUPPORT FOR BIOMEDICAL DEVICES
Optional 3,00 6,00 Print
01EHB9532
MEDICAL DEVICE TECHNOLOGY
Optional 3,00 6,00 Print
01EHB9533
Electromagnetic Wave Theory
Optional 3,00 6,00 Print
     Total ECTS:108  

Total.ECTS(Yearly): 60




1.Semester
Course Unit Code Course Unit Title Course Type Credit ECTS Print
01EHB7501
Seminar I (Master)
Compulsory 0,00 6,00 Print
01EHB5136
Computer Aided Design
Optional 3,00 6,00 Print
01EHB5139
Microwave Engineering
Optional 3,00 6,00 Print
01EHB5145
Transmission of Electromagnetic Waves
Optional 3,00 6,00 Print
01EHB5147
Anten Analysis and Design
Optional 3,00 4,00 Print
01EHB5193
Microwave Radiation Effect
Optional 3,00 6,00 Print
01EHB5201
Pattern Recognition
Optional 3,00 6,00 Print
01EHB5203
Neural Networks and Applications
Optional 3,00 6,00 Print
01EHB9501
Specialization Field Course I (Master)
Optional 4,00 6,00 Print
01EHB9502
Specialization Field Course II (Master)
Optional 4,00 6,00 Print
01EHB9503
Specialization Field Course III (Master)
Optional 4,00 6,00 Print
01EHB9504
Specialization Field Course IV (Master)
Optional 4,00 6,00 Print
     Total ECTS:6  

Total.ECTS(Yearly): 60