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XEDITION

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Department of Intelligent Systems and Robotics

The Department of Intelligent Systems and Robotics is the first department to specialize in artificial intelligence (AI) and robots among national universities. Our goal is to cultivate specialized technical talents to lead the core industries of the 4th industrial revolution, such as intelligent robots, future cars, the Internet of Things, and smart factories.

Intelligent Systems and Robotics is an electronics-software-computer-machine convergence study that learns artificial intelligence, robots, and autonomous driving based on IT technology. The demand for AI & robot technology workforce is increasing in all industries and advanced departments with systematic training courses to cultivate professional human resources required in the industrial field. Thus, we have set the following goals:

  • Cultivating a professional workforce with both theory and practice

  • Fostering a practical workforce that meets industry demands

  • Cultivating dedicated human resources to serve the country and community

  • Fostering a progressive workforce to prepare for internationalization

The current state of employment after graduation

  • AI software companies: Naver Labs / Clover, Kakao Brain, SK T-Brain, NC Soft, Tmax Soft, Samsung Research, Saltlux

  • IT companies: Samsung Electronics, LG Electronics, KT, SK Telecom, Hynix, Samsung SDS, SK C & C

  • Automotive companies: Hyundai-Kia Motors, Hyundai Mobis, Mando, Continental, Yura Corporation, Seoyeon Electronics, SL

  • Robot companies: Hanwha Techwin, Hyundai Robotics, Doosan Robotics, Yujin Robot, Robotis

  • National Research Institute: Korea Institute of Industrial Technology (KITECH), Korea Electronics

and Telecommunications Research Institute (ETRI), Korea Electronics Technology Institute (KETI), Korea Automobile Technology Institute (KATECH), Agency for Defense Development (ADD), Korea Institute of Ocean Science & Technology (KIOST)

Credit requirements for graduation

The department curriculum has three components: Liberal education requirements(42Credits), a major(84Credits), and electives.

Curriculum
Yr-Sem-R/E Course (Credit) Yr-Sem-R/E Course (Credit)
1-1-R Exploration of Future Planning (1) 1-2-R Adventure Design (2)
1-2-R Preparation of Future Planning (0)
1-2-E Introduction to Open Source SW (1)
2-1-R Digital Engineering (3)
2-1-R Electrical Circuit (3)
2-1-R Basic Circuits Lab. (2)
2-1-R Open Source Project Fundamental Practice (1)
2-1-R Implementation of Future Planning (0)
2-1-E Engineering Mathematics (3)
2-1-E Object Oriented Programming (3)
2-1-E Electromagnetics (3) 		2-2-R Electronic Circuit (3)
2-2-R Open Source Project Development Practice (1)
2-2-E Window Programming (3)
2-2-E Probability and Statistics (3)
2-2-E Digital System Design (3)
2-2-E Signal and System (3)
2-2-E Start-up Exploration (0)
3-1-R Electronic Circuit Lab. (2)
3-1-R Open Source Project Application Practice (1)
3-1-R Data Structure and Algorithm (3)
3-1-R Microprocessor (3)
3-1-E Automatic Control (3)
3-1-E Linear Algebra (3)
3-1-E Digital Signal Processing (3)
3-1-E Operating System (3)
3-1-E Start-up Planning (0) 		3-2-R Interlink Project Practice, Comprehensive Design (1)
3-2-E Digital Image Processing (3)
3-3-E Computer Architecture(3)
3-2-E Communication Engineering (3)
3-2-E Modern Control (3)
3-2-E English for SW Development (2)
3-2-E Start-up Challenge (0)
4-1-R Capstone Design (2)
4-1-R Intelligent Robot Lab. (2)
4-1-E Machine Learning(3)
4-1-E Control System Design (3)
4-1-E Computer Network (3)
4-1-E Sensor Engineering (3)
4-1-E Robotics (3)
4-1-E Entrepreneurship Special SeminarⅠ (1) 		4-2-E Intelligent System (3)
4-2-E Autonomous Driving System (3)
4-2-E Computer Vision System (3)
4-2-E Speech Recognition System (3)
4-2-E Embedded Programming (3)
4-2-E Entrepreneurship Special SeminarⅡ (1)
4-2-E Entrepreneurship Capstone Design) (1)
4-2-E Motor Theory and Control (3)

Faculty and Labs

Electronics
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