List of Credits for Graduation

Academic Year 2020, Ph.D. Program, Department of Electronic Engineering

YearSemesterRequired
Elective
Course IDCourse NameCreditsHoursLevelNote
1 1 3607001 Thesis 3.0 3 1 / 4  
1 1 3607002 Engineering Seminar 1.0 2 1 / 4  
1 1 3605050 Graduate On-Site Research 3.0 18    
1 1 3605051 The Commercialization of Research Results 3.0 3    
1 1 3605052 Branded Company's Integrated Product Development: Advantech IPD 3.0 3    
1 1 3605054 Patent Application and Protection 3.0 3    
1 1 3605055 Skills of biography and interview for successful workplaces 1.0 1    
1 1 3605057 Internet of Things Innovation 3.0 3    
1 1 3615001 Design and Analysis of Computer Algorithms 3.0 3    
1 1 3615002 Parallel Computer Architecture 3.0 3    
1 1 3615003 Computer Communication Networks 3.0 3    
1 1 3615004 Man-Machine Interfaces 3.0 3    
1 1 3615006 Computer-Aided Integrated Circuit Design 3.0 3    
1 1 3615009 Operating Systems 3.0 3    
1 1 3615011 Formal Languages 3.0 3    
1 1 3615019 Introduction to Electro-Medical Engineering 3.0 3    
1 1 3615020 Fingerprint Technology--Verification and Indentification 3.0 3    
1 1 3615021 Introduction to Biochip 3.0 3    
1 1 3615023 Hardware Software Co-design 3.0 3    
1 1 3615027 Mobile Computing 3.0 3    
1 1 3615029 Digital television design 3.0 3    
1 1 3615030 High-Speed PCB Simulation and Design 3.0 3    
1 1 3615031 Object-oriented Software Engineering 3.0 3    
1 1 3615032 Introduction to Mobile and Wireless Systems 3.0 3    
1 1 3615034 Evolutionary Computation 3.0 3    
1 1 3615036 Software Engineering 3.0 3    
1 1 3615037 Design and Applications of High Resolution Camera 3.0 3    
1 1 3615040 Patent Application and Protection 3.0 3    
1 1 3615042 Design, Applications, and Measurement of Industry Cameras 3.0 3    
1 1 3615043 Advanced Computer Vision 3.0 3    
1 1 3615044 Introduction to Cyber-Physical Systems 3.0 3    
1 1 3615045 Application Programming for Mobile Devices 3.0 3    
1 1 3615046 Design of the wearable system 3.0 3    
1 1 3625001 Communication Theory 3.0 3    
1 1 3625002 Electromagnetic Theory 3.0 3    
1 1 3625003 Random Signals and Systems 3.0 3    
1 1 3625004 Digital Signal Processing 3.0 3    
1 1 3625007 Antennas 3.0 3    
1 1 3625009 Information Theory 3.0 3    
1 1 3625013 Spread Spectrum Communications 3.0 3    
1 1 3625014 Special Topics on Wireless Communications 3.0 3    
1 1 3625018 Introduction to Speech Recognition 3.0 3    
1 1 3625027 Principle and Application of VoIP 3.0 3    
1 1 3625028 New-generation wireless transmission technology 3.0 3    
1 1 3625029 Software radio 3.0 3    
1 1 3625030 Mobile Multimedia Broadcasting Systems 3.0 3    
1 1 3625031 Digital Communications 3.0 3    
1 1 3625035 Introduction to Mobile and Wireless Systems 3.0 3    
1 1 3625038 Software-defined networking architecture and applications 3.0 3    
1 1 3635001 Linear System Theory 3.0 3    
1 1 3635005 Adaptive Signal Processing 3.0 3    
1 1 3635008 Grey System 3.0 3    
1 1 3635009 Field Theory of Guided Waves 3.0 3    
1 1 3635010 Wireless Propagation and Its Applications 3.0 3    
1 1 3635011 Microwave Dielectric Resonator 3.0 3    
1 1 3635015 Practical Design of Electronic Products 3.0 3    
1 1 3635016 Microwave Active Circuits 3.0 3    
1 1 3635019 The Fourier Transform and Applications 3.0 3    
1 1 3635020 Modern Waveguide Circuits and Its Applications 3.0 3    
1 1 3635022 RF Impedance Matching 3.0 3    
1 1 3635030 RF Transceiver Design 3.0 3    
1 1 3635031 EMC-Compliant Printed Circuit Board Layout Design 3.0 3    
1 1 3635036 Verification on Electromagnetic Compatibility of RFID 3.0 3    
1 1 3635042 RF Measurement Techniques 3.0 3    
1 1 3645005 SOC Systems Design Overview 3.0 3    
1 1 3645006 Digital Silicon Intellectual Property Design 3.0 3    
1 1 3645007 Integrated Circuit Testing 3.0 3    
1 1 3645009 SOC Verification 3.0 3    
1 1 3645010 Smart Power Conversion Integrated Circuit Design 3.0 3    
1 1 3645011 VLSI System and Architecture Design 3.0 3    
1 1 3645012 Advanced VLSI Design 3.0 3    
1 1 3645013 Power Electronic Integrated Circuit Design 3.0 3    
1 1 3645014 Wireline Communication ICs 3.0 3    
1 1 3645015 Analog Filter Design 3.0 3    
1 1 3645028 Semiconductor Device Physics 3.0 3    
1 1 3645030 Clinical Application of Medical Electronic Device 3.0 3    
1 1 3645033 Digital Instrument Control 3.0 3    
1 1 3645034 High efficiency switching mode power supplies 3.0 3    
1 2 3607001 Thesis 3.0 3 2 / 4  
1 2 3607002 Engineering Seminar 1.0 2 2 / 4  
1 2 3605053 Overview and Challenges of ICT Industry 1.0 1    
1 2 3605056 From Innovation to Entrepreneurship Project 3.0 3    
1 2 3615005 Object-Oriented Design and Analysis 3.0 3    
1 2 3615007 Compilers 3.0 3    
1 2 3615008 Digital Image Processing 3.0 3    
1 2 3615010 VLSI Physical Design 3.0 3    
1 2 3615012 Multimedia Systems 3.0 3    
1 2 3615013 Programming Languages 3.0 3    
1 2 3615014 Parallel Compiler 3.0 3    
1 2 3615015 Radio Frequency IC Design 3.0 3    
1 2 3615016 R and D management of Technology 3.0 3    
1 2 3615017 Analog Integrated Circuit Design 3.0 3    
1 2 3615018 VLSI Digital Signal Processing 3.0 3    
1 2 3615022 Introduction to Bioinformatics 3.0 3    
1 2 3615024 System-on-Chip Architecutre 3.0 3    
1 2 3615025 Embedded Computing System Design 3.0 3    
1 2 3615026 Applies Information Technologies to Medical Engineering 3.0 3    
1 2 3615028 Database Systems 3.0 3    
1 2 3615033 Mobile Ad Hoc Wireless Networks 3.0 3    
1 2 3615035 Data Compression 3.0 3    
1 2 3615038 Critical Topics on Multimedia Networking 1.0 1    
1 2 3615039 Multimedia Service in Heterogeneous Network Environment 3.0 3    
1 2 3615041 Human Anatomy and Physiology 3.0 3    
1 2 3615047 Internet of Things and Sensor Networks 3.0 3    
1 2 3615048 Special Topics in Operating System Security 1.0 1    
1 2 3625005 Coding Theory 3.0 3    
1 2 3625006 Microwave Engineering 3.0 3    
1 2 3625008 Mobile Communications 3.0 3    
1 2 3625010 Computational Electromagnetics 3.0 3    
1 2 3625012 Queueing Theory 3.0 3    
1 2 3625015 Wideband Communication Technologies 3.0 3    
1 2 3625016 Signal Processing for Communications 3.0 3    
1 2 3625017 Synthesis of passive Network 3.0 3    
1 2 3625019 Introduction to Speech Dialogue System 3.0 3    
1 2 3625020 Error-Correcting Codes 3.0 3    
1 2 3625021 Array Signal Porcessing 3.0 3    
1 2 3625022 Microwave Communication 3.0 3    
1 2 3625023 Wireless Local Area Networks 3.0 3    
1 2 3625024 Wideband Wireless Communications 3.0 3    
1 2 3625025 Wireless Multimedia Commumications 3.0 3    
1 2 3625032 Audio Signal Processing for Interactive Entertainment Services 3.0 3    
1 2 3625033 Speech Signal Processing 3.0 3    
1 2 3625034 Baseband Communication System and Circuit Design 3.0 3    
1 2 3625036 Next Generation Network 3.0 3    
1 2 3625037 Introduction to Mobile and Wireless Networks 3.0 3    
1 2 3635002 Detection and Estimation 3.0 3    
1 2 3635003 Optimal Control 3.0 3    
1 2 3635004 Fuzzy Neural Control 3.0 3    
1 2 3635006 Robotics 3.0 3    
1 2 3635007 Modern Control Theory 3.0 3    
1 2 3635012 Microwave Filters 3.0 3    
1 2 3635013 High Speed Transmission Lines 3.0 3    
1 2 3635014 Smart Antenna Systems 3.0 3    
1 2 3635017 Microwave Passive Components 3.0 3    
1 2 3635018 Microwave Solid-state Devices and Applications 3.0 3    
1 2 3635021 Special Topics on Applied Electromagnetics 3.0 3    
1 2 3635023 RF Oscillators 3.0 3    
1 2 3635024 High-Fequency Circuit and Radiation 3.0 3    
1 2 3635025 Modeling in Advanced Electromagnetics 3.0 3    
1 2 3635026 RF Integrated Circuits 3.0 3    
1 2 3635027 Radio Frequency Measurement Techniques 3.0 3    
1 2 3635028 Radio-Frequency Identification Systems 3.0 3    
1 2 3635029 High-Speed Digital System Design 3.0 3    
1 2 3635035 Wireless Sensor Networks 3.0 3    
1 2 3635037 Design of RF Passive Circuits 3.0 3    
1 2 3635038 RF Transceiver Module 3.0 3    
1 2 3635039 Multi-band RF Transceiver System 3.0 3    
1 2 3635040 Introduction to Optimization 3.0 3    
1 2 3645001 Mixed-Signal Integrated Circuit Design 3.0 3    
1 2 3645002 System Prototyping and Hardware Software Design 3.0 3    
1 2 3645003 Power Control Integrated Circuit Design 3.0 3    
1 2 3645016 Wireless Communication ICs 3.0 3    
1 2 3645017 Phase-Locked Loop and Applications 3.0 3    
1 2 3645018 Advanced Analog IC Design 3.0 3    
1 2 3645019 ADC and DAC IC Implementation 3.0 3    
1 2 3645020 Back-end Design Flow 3.0 3    
1 2 3645021 Flat Panel Display Technology and Design 3.0 3    
1 2 3645022 Digital Image and Video Processing 3.0 3    
1 2 3645023 Semiconductor Fabrication Technologies 3.0 3    
1 2 3645024 SiP Prototyping Design and Applications 3.0 3    
1 2 3645029 Biomedical Integrated Circuits Design 3.0 3    
1 2 3645031 Special Projects on Biomedical Integrated System 3.0 3    
1 2 3645032 Digital Multimedia IC Design 3.0 3    
1 2 3645035 3D Multimedia System Design Project 3.0 3    
2 1 3607001 Thesis 3.0 3 3 / 4  
2 1 3607002 Engineering Seminar 1.0 2 3 / 4  
2 2 3607001 Thesis 3.0 3 4 / 4  
2 2 3607002 Engineering Seminar 1.0 2 4 / 4  

Note :
1. Minimum credits for graduation: 34 credits.
2. Major required credits (required credits in major courses): 16 credits including the PhD Thesis of 12 credits (3 credits or 6 credits for each semester) and the Engineering Seminar of 4 credits (It is one credit for each semester. Total 4 semesters are required to study the Engineering Seminar.) Major elective credits (elective credits in major courses): 18 credits.
3. ONLY maximum 3 credits from the total credits of the "Special Topics" courses can be approved to be eligible for graduate credits.
4. For the students who take "double-degree" program and go abroad to attend courses in partner schools, their courses should be confirmed as graduation credits by the department chairman or department curriculum committee, subject to the provisions of the agreement.
5. Major elective credits for cross-department are up to 6 credits at most upon approval.
6. Electronic Engineering graduate students working for a doctoral degree without a Master degree are required to complete at least 33 credits of Professional Elective Courses, including the credits received by the students in the Electronic Engineering Master program. Further, the students are required to complete at least 12 credits of Professional Elective Courses during the period of doctoral study.
7. Students working for a “technology-oriented” doctoral degree are required to take ONE course assigned by students’ advisors from the College of Management during the period of doctoral study, and go to companies or government agencies engaged in research and development for the work accumulated to two years (or more).
9. This course guide is effective for students admitted in 2020 fall.