SiteMap
close
Academics
Artificial Intelligence and Robotics
We cultivate AI and robotics professionals with creative thinking and practical competencies.
Introduction
The Department of Artificial Intelligence and Robotics nurtures future-ready experts who lead the industry by combining creative thinking with integrative problem-solving skills. Through a curriculum that spans both theory and hands-on practice, students build practical capabilities to respond flexibly to technological change.
Recently, AI technologies—including generative AI, computer vision, natural language processing, and autonomous control—have advanced rapidly, while robotics has broadened its applications across smart logistics, healthcare, collaborative robots, and more. In particular, the convergence of these two fields is emerging as a key driver of high-value sectors, including industrial automation, smart manufacturing, and service robotics.
In step with these trends, the Department aims to cultivate creative, practice-oriented professionals who understand AI and robotics in an integrated manner and can apply them directly to real-world industries. Beyond lecture-based learning, our curriculum includes diverse project-based courses and labs that help students gain experience in understanding and solving authentic industrial problems.
The major covers core technologies such as artificial intelligence, deep learning, robotics, mobility, sensors and instrumentation, and embedded systems, while also providing broad exposure to collaborative robots, mobile robots, and wearable robots. Through courses such as AI-Robot Project, Capstone Design, and special lectures on AI Robotics/Mobility, students strengthen their field experience and develop both practical skills and creative problem-solving abilities.
Graduates pursue careers across a wide range of industries, including AI and robotics companies, autonomous-driving firms, defense industry companies, and smart-manufacturing enterprises. Typical roles include machine learning engineer, robotics software developer, AI application systems designer, embedded systems developer, and data engineer. Students may also advance to graduate school or join professional research institutes to grow into key R&D talent.
컨텐츠 이미지
Educational Goals
Develop integrative professionals who can make tangible contributions across diverse industries, grounded in a convergent understanding of AI and robotics technologies.
Nurture practice-oriented professionals who can solve complex, real-world industrial problems creatively and logically.
Cultivate hands-on, problem-solving professionals who can independently lead the full project lifecycle—from design through implementation and validation.
Foster future-oriented professionals equipped with the specialized knowledge and skills required for advanced technology sectors such as smart manufacturing, autonomous driving, and service robotics.
Build collaboration-ready professionals who demonstrate effective communication and teamwork in multidisciplinary environments.
Prepare high-caliber professionals with balanced expertise and competitiveness for both graduate study and direct entry into industry.
Career Path after Graduation
The Department of Artificial Intelligence and Robotics cultivates creative, practice-ready professionals who can excel across advanced industries—such as smart manufacturing, autonomous driving, service robotics, and defense—based on the future-critical competency of integrating AI and robotics technologies.
After graduation, students can pursue careers at a wide range of companies and research institutes that require AI and robotics expertise, or continue to graduate studies through the department’s laboratories to conduct in-depth research. Representative employment fields include AI companies (NAVER, Kakao, Samsung Electronics, LG Electronics, SK, etc.); autonomous-driving technology firms (Hyundai Motor, Hyundai Mobis, HL Klemove, etc.); robotics companies (Doosan Robotics, Hanwha Robotics, HL Robotics, etc.); defense industry companies (Hyundai Rotem, Hanwha Defense, LIG Nex1, etc.); heavy industry and shipbuilding (HD Hyundai, Hanwha Ocean, etc.); and smart-factory solution providers (Samsung SDS, POSCO DX, etc.). Graduates can also advance into many other high-tech sectors.
Graduates from the Department of Artificial Intelligence and Robotics find careers in Artificial intelligence-related fields. This includes convergence technologies such as big data, data mining, image processing, computer vision, pattern recognition, robotics, autonomous driving, IoT, cloud computing, energy IT, and healthcare IT.
Employment at major corporations, mid-sized enterprises, and leading global companies in the AI and robotics sectors
Cultivation of high-caliber talent with balanced expertise and competitiveness, prepared for both graduate study and immediate entry into industry
Admission to top domestic and international graduate schools to pursue advanced research in AI and robotics
Launching startups and pursuing technology commercialization based on AI and robotics
Expanding into a wide range of emerging industries by leveraging convergent-technology capabilities
| Name | Contact | Academic Background | Field | Major | Homepage |
|---|---|---|---|---|---|
| {{item.engNm}} |
{{item.email}} |
{{item.majorEn}} | Homepage Researchers Portal | ||
| No search results | |||||