School of Materials Science and Engineering

In the 21st century, our highly developed industrial and technological information society needs increasingly more creative engineers. In accordance with societal needs, our education system includes stimulating and challenging courses on the fundamental theory and applications of advanced materials engineering. We are focusing on establishing an advanced training cradle, which yields proactive leaders with a high level of expertise and an ability to contribute to improving the technology and economy of our nation.

• Energy and Mobility Materials
• Electronic and Functional Materials

School of Mechanical Engineering

The School of Mechanical Engineering aims to train professionals in mechanical engineering who are capable of improving human life and the environment based on their extensive technical knowledge and expertise. To that end, we are committed to producing competent engineers who possess the capacity to solve problems related to mechanical engineering, assimilate knowledge from diverse areas, and develop future-oriented professional expertise and leadership based on experience gained through teamwork. The Mechanical Systems Engineering program is designed to produce engineers who will go on to work in areas related to energy and environmental systems; production, design, and processing; and robotics and nano-systems based on the theoretical knowledge and practical skills they gained through education on basic structural mechanics, computer-aided design, lab testing, and capstone design. The Convergence Mechanical Engineering program offers courses on practical skills, such as mechanics, engineering design methodology, and lab testing, based on mechanical engineering theory and computer-based test interpretation with the aim of producing mechanical engineers with a broad understanding of human movement science, nanotechnology, bioscience, IT, and cognitive science. The Mechanical and Energy Engineering program gives students the opportunity to gain professional knowledge and learn about the latest technology in areas related to energy and the environment, allowing them to become experts capable of solving energy-related problems by applying the principles of mechanical engineering in creative ways.

• Mechanical Systems Engineering
• Convergence Mechanical Engineering
• Mechanical and Energy Engineering

School of Civil and Environmental Engineering

• Civil and Environmental Engineering

  Civil engineers are concerned with all aspects of engineering, including the conception, planning, design, construction, operation, and maintenance of major physical works and facilities that are essential to modern civil life. Civil and Environmental engineering projects are typically characterized by their scale, complexity, durability, and cost. Some examples include bridges, subways, roads, tunnels, coastal facilities, dams, foundations, sewerage and sewage treatment facilities, water supply and purification systems, and various transportation facilities. Students participate in laboratory studies as well as classroom activities and become proficient in the use of computers for problem solving and design. In civil and environmental engineering, the courses extend to the areas of structural, geotechnical, hydraulic, environmental, and transportation engineering. The School of Civil and Environmental Engineering offers a specialized undergraduate program accredited by ABEEK (Accreditation Board for Engineering Education of Korea).

School of Electrical Engineering

• The School of Electrical Engineering aims to cultivate leading engineers with strong analytical capabilities, practical engineering skills, and creative problem-solving abilities, particularly in areas related to advanced semiconductor devices and electronic technologies. Our program prepares students to adapt to rapidly evolving industrial environments and develop leadership grounded in technical excellence and engineering management. Students first build a solid academic foundation through essential courses such as logic circuits, digital systems, microprocessors, and circuit theory, and then progress toward specialized subjects spanning six major areas of electrical engineering. Through project-based learning, hands-on laboratory courses, and seminars on emerging technologies, students gain the ability to design and analyze systems related to semiconductor devices, circuits, and systems, along with their fabrication technologies, electronics, information processing, smart systems, and energy technologies. By integrating engineering fundamentals with state-of-the-art knowledge, the School of Electrical Engineering nurtures globally competitive engineers ready to take leadership roles across diverse industrial sectors and contribute to the development of next-generation electrical and electronic technologies.

• Semiconductor and Electronics Major
• Smart ICT Convergence Major
• Mobility and Electrical Engineering Major