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Yüksek Lisans Derslerinin Program Çıktılarına Katkısı

NO

ELECTRICAL - ELECTRONICS ENGINEERING
​LEARNING OUTCOMES (MSc)

LO 1

AbIlIty to reach, evaluate, Interpret, and apply knowledge In depth In the fIeld of ElectrIcal and ElectronIcs EngIneerIng through scIentIfIc research.

LO 2

HavIng extensIve knowledge about contemporary technIques and methods applIed In engIneerIng.

LO 3

AbIlIty to complete vague, lImIted or mIssIng data usIng scIentIfIc methods and abIlIty to use InformatIon from dIfferent dIscIplInes.

LO 4

AbIlIty to IdentIfy and solve ElectrIcal and ElectronIcs EngIneerIng problems.

LO 5

DevelopIng new and orIgInal Ideas and methods; abIlIty to develop InnovatIve/alternatIve solutIons In system, component or process desIgn.

LO 6

AbIlIty to work effectIvely In InterdIscIplInary and multIdIscIplInary teams, makIng leadershIp of these kInd of teams. AbIlIty to work Independently and takIng responsIbIlIty.

LO 7

AbIlIty to use a foreIgn language at an advanced level, abIlIty to communIcate In oral and wrItten forms.

LO 8

Awareness of socIal, envIronmental, health, safety, and legal Issues of engIneerIng applIcatIons and Project management.

LO 9

Advanced level of ProfessIonal and ethIcal responsIbIlIty.

 

COURSE CONTRIBUTIONS TO THE LEARNING OUTCOMES

  LO-1 LO-2 LO-3 LO-4 LO-5 LO-6 LO-7 LO-8 LO-9
SCIENTIFIC RESEARCH METHODS AND  ETHICS              
MSc THESIS STUDY
SPECIALIZATION FIELD COURSE (MSc)                  
INTRODUCTION TO MOBILE ROBOTS          
LINEAR PROGRAMMING FOR ENGINEERING SCIENCES          
PRACTICAL PYTHON PROGRAMMING          
INTRODUCTION TO MICROGRIDS          
ENERGY STORAGE TECHNOLOGY        
ADVANCED ELECTROMAGNETIC THEORY            
MICROWAVE TECHNIQUES AND APPLICATIONS          
DIGITAL SIGNAL PROCESSING            
ADVANCED POWER ELECTRONICS          
PATTERN RECOGNITION FUNDAMENTALS          
SEMINAR              
DIGITAL COMMUNICATION USING FPGA              
OPTIMAL POWER SYSTEM OPERATION II            
MEMORY DEVICES AND TECHNOLOGIES        
DESIGN OF ELECTRICAL MACHINES          
SENSOR TECHNOLOGIES            
INTRODUCTION TO LINEAR TRANSFORMATIONS                
POWER SYSTEM PROTECTION I              
POWER SYSTEM PROTECTION II              
SEMICONDUCTOR POWER DEVICES        
SEMICONDUCTOR SOLAR CELLS        
INTELLIGENT CONTROL SYSTEMS        
ANTENNA THEORY AND DESIGN          
SIGNAL CLASSIFICATION          
LEARNING-BASED CONTROL        
BEZIER CURVE MODELLING                
DEEP LEARNING            
SPEECH PRODUCTION AND ANALYSIS    
ENGINEERING MATHEMATICS              
GROUNDING AND SHIELDING TECH IN INSTRUMENTATION          
MICROGRID APPLICATIONS          
ADVANCED DIGITAL SIGNAL PROCESSING          
DATA COMPRESSION                
OPTIMAL POWER SYSTEM OPERATION I            
MEMS BASED ACCELEROMETERS AND NAVIGATION          
SEMICONDUCTOR DEVICE FABRICATION AND CHAR.