In the school of Electrical, Electronic Communication, and Computer Engineering, advanced engineers are cultivated to develop and apply appropriate technologies. Every major in the school focuses on high-level technology, and there are interesting fields such as new generation mobile communications, computer communications, speech recognition and digital signal processing, antenna manufacture/design, optical communication, servomechanism and electronic measurement, power electronics, semiconductor, power system, digital and computer circuit layout, computer graphics, design and application of embedded systems, artificial intelligence, computer program development, ubiquitous systems, and web application developing fields. To fulfill student expectations, there are several education programs, such as special education programs.

In this school, education is supported by offering numerous scholarships and overseas training opportunities, as well as employment guidance and field experience. Students are able to participate in many programs. In their first year of study, students are provided with a wide range of courses from basic to high technology education, and in their second year of study will decide a specific major (such as Electronic Communications, Computers, and Electrical and Semiconductor Engineering). Students must study major theories, hardware and their experiments. These studies focus on both theory and practice, and students can apply skills acquired from these studies to future fields.

• Major in Electrical and Semiconductor Engineering
  • Nam-Sup Choi, Ph.D. [Professor, Power Electronics, nschoi@jnu.ac.kr]
  • Yi-Gon Kim, Ph.D. [Professor, Automatic Control, yigon@jnu.ac.kr]
  • Buhm Lee, Ph.D. [Professor, Power Systems, buhmlee@jnu.ac.kr]
  • Yang-Hee Joung, Ph.D. [Professor, VLSI, Semiconductor Materials, and Process, jyanghee@jnu.ac.kr]
  • Young-Chul Bae, Ph.D. [Professor, Chaos Synchronization, ycbae@jnu.ac.kr]
  • Kyoung-Min Kim, Ph.D. [Professor, Computer Vision and Signal Processing, kkm@jnu.ac.kr]
  • Seong-Jun Kang, Ph.D. [Professor, VLSI, Processing and Design, ferroksj@jnu.ac.kr]
• Major in Electronic Communication Engineering
  • Hee-Jong Suh, Ph.D. [Professor, Computer Communication Networking, hjsuh@jnu.ac.kr]
  • Ki-Ryang Cho, Ph.D. [Professor, Optimization, krcho@jnu.ac.kr]
  • Seung-Yeop Rhee, Ph.D. [Professor, Microwave Engineering, ysrsy@jnu.ac.kr]
  • Dae-Ik Kim, Ph.D. [Professor, Integrated Circuit Design,daeik@jnu.ac.kr]
  • Han-Seung Jang, Ph.D. [Assistant Professor, IoT & Machine-to-Machine Communications, Smart Grid, hsjang@jnu.ac.kr]
• Major in Computer Engineering
  • Chang-Soo Jang, Ph.D. [Professor, High Performance Computer, csjang@jnu.ac.kr]
  • Jae-Hung Yoo, Ph.D. [Professor, Graphics, jhy@jnu.ac.kr]
  • Kang-Chul Kim, Ph.D. [Professor, VLSI Design, and Embedded Systems, kkc@jnu.ac.kr]
  • Chang-Gyoon Lim, Ph.D. [Professor, Artificial Intelligence, cglim@jnu.ac.kr]
  • Gwang-Jun Kim, Ph.D. [Associate Professor, Computer Communication, kgj@jnu.ac.kr]

Students are required to earn 140 credits, with 27 credits from electives (15 credits from cultural studies courses) and 82 credits from department courses (32 credits from core courses).

• Core Courses
  • English for Global Communication 1
  • Mathematics 1
  • Mathematics 2
  • General Physics 1
  • Electrical Engineering Basic Lab
  • Electromagnetics 1
  • Electromagnetics 2
  • Circuit Theory 1
  • Circuit Theory 2
  • Solid State Electronic Device Engineering 1
  • Robot Engineering
  • Automatic Control 1
  • Electric Machinery 1
  • Power Engineering 1
  • Electronic Circuit 1
• Electives
  • Introduction to Electrical and Semiconductor
  • Engineering
  • Engineering Mathematics
  • Digital Circuit Design 1
  • Digital Circuit Design 2
  • Semiconductor Engineering
  • Applied Computer
  • Programming Language
  • Advanced Engineering Mathematics
  • Digital Circuit Lab
  • Introduction Capstone Design
  • Solid State Electronic Device Engineering 2
  • Artificial Intelligence
  • Automatic Control 2
  • Electric Machinery 2
  • Electric Energy Conversion Engineering
  • Power Engineering 2
  • Electronic Circuit 2
  • Microelectronics Design and Lab
  • Field Practice (Electrical and Semiconductor)
  • Field Practice 1 (Electrical and Semiconductor)
  • Field Practice 2 (Electrical and Semiconductor)
  • Field Practice 3 (Electrical and Semiconductor)
  • VLSI Process 1
  • VLSI Process 2
  • Signals and System Engineering
  • Applied Power Electronics
  • Experience Intern
  • Experience Intern 1
  • Experience Intern 2
  • Electrical Machinery and Lab
  • Power Systems
  • Electronic Display Engineering
  • Control system Design
  • Digital Signal Processing
  • Microprocessor and Lab
  • Electrical Engineering Materials
  • Physical Electronics
  • Instrumentand Lab
  • Soft computing
  • Creative Engineering Design 1 (Capstone Design)
  • Creative Engineering Design 2 (Capstone Design)

• Core Courses
  • English for Global Communication 1
  • Mathematics 1
  • General Physics 1
  • Mathematics 2
  • General Physics 2
  • Electro-magnetics
  • Electronic Circuit Experiments 1
  • Circuit Theory 1
  • Communication Theory
  • Radio Engineering
  • Integrated Circuit Design 1
  • Computer Communications
  • Electronic Design and Experiments
  • Microwave Engineering
  • Communication Circuit Design and Experiments
• Electives
  • Electronic Communication Introduction
  • Engineering Mathematics
  • Digital Engineering
  • Optimization Programming
  • Basic Microprocessor
  • Numerical Analysis and Laboratory
  • Applied Engineering Mathematics
  • Electronic Circuit Experiments 2
  • Circuit Theory 2
  • Data Communication
  • Electromagnetic Field
  • Creative Engineering Design
  • Digital System and Experiment
  • Signal Processing
  • Integrated Circuit Design 2
  • Antenna Engineering
  • Acoustic Engineering
  • Capstone Design (Electronic Communication)
  • Computer System Architecture
  • Optical Fiber Communications
  • Computer Network
  • VLSI/CAD Design
  • Practice in Jobsite (Electronic Communication)

• Core Courses
  • English for Global Communication 1
  • Mathematics 1
  • General Physics 1
  • Computer Graphics
  • Database Management
  • Introduction of Artificial Intelligence
  • Computer Architecture 1
  • Operating System Design and Practice
  • ASIC Design
  • HDL Language
  • Network and Socket Programming Actual Training
  • Software Engineering
  • Microprocessors
• Electives
  • Operating System
  • Internet Applications and Practice
  • Algorithms
  • Data Structure
  • C Language Programming and Practice
  • Windows Programming and Practice 1
  • Windows Programming and Practice 2
  • Advanced Programming Application and Practice
  • Computer Programming and Practice
  • Data and Computer Communication
  • Computer Applications Circuit Design
  • Electronic Circuit
  • Digital Logic Design and Experimentation
  • Computer Architecture 2
  • Embedded System Application
  • Fuzzy and Neural Network System
  • Field Practice
  • Parallel Computer
  • Mobile Programming Application
  • Image Processing
  • Multimedia System
  • Embedded System
  • Engineering Mathematics
  • Computer Mathematics
  • Numerical Analysis and Practice
• Careers
  • Graduates tend to advance to positions in domestic and foreign graduate schools, educational organizations (middle schools), government and public offices, broadcasting fields, communication enterprises, computer network industries, information investment organizations, semiconductor companies, electronic companies, semiconductor device research organizations, Bio-metric System companies, CCTV companies, security maintenance companies, Korean Electric Power, Korean Water Resources, nuclear power generation fields, game planning fields, game graphic design fields, game programming production fields, character design fields, advertisement design fields, game graphic fields, web design fields, H/W fields, venture foundation, and other related fields.