The School of Electrical and Computer Engineering aims to cultivate professionals with not only fundamental knowledge in the fields of electronics, electrical, and computer engineering, but also creative abilities.
To achieve this, the school appropriately offers a variety of fundamental and advanced subjects in areas such as microwaves and optics, semiconductors, circuit design, control, signal processing, information communication, and computer science. This maximizes the synergy in education and research in the fields of electronics, electrical engineering, and computer science.
To ensure that students can experience practical training and the latest technologies, the school operates 5 basic laboratories, 2 PC labs, and 28 research laboratories.

The Department of Chemical Engineering plays a key role in the field of engineering that develops chemical and biological processes to manufacture and process various substances essential for everyday life from all available resources. It also plays a vital role in designing, operating, and managing these processes, providing the raw materials and technologies used across all industries.

The department is committed to cultivating competent chemical engineering professionals who can play a pivotal role in various fields. After graduation, students go on to work in various fields, including chemical and pharmaceutical products, petroleum and petrochemical products, plastics, metals, and energy.

The Department of Mechanical Information Engineering aims to cultivate creative talents with higher competitiveness by integrating mechanical engineering, the foundational technology of modern industrial society, with information engineering, the foundational technology of the information society.

“From machines to information!”
In addition to fundamental mechanics courses such as heat, fluid, solid mechanics, and dynamics, the department offers applied courses like CAD/CAM/CAE and system control as well as interdisciplinary education for information engineering subjects, including programming languages, computer systems, software engineering and artificial intelligence.

After graduation, students go on to work as experts in various industrial fields, such as automotive, aerospace, energy, shipbuilding, electronics, electrical engineering, information communication, and computer science.

The Department of New Materials Engineering trains specialized engineers who possess fundamental knowledge of various new materials and are capable of designing, producing, and conducting research and development on these materials.

The department focuses primarily on metals and ceramic materials, which are the foundation of the new materials industry, and conducts active research and educational activities both domestically and internationally, particularly in the fields of electronic materials, semiconductor materials, communication and information materials, nanomaterials, and structural materials.
In addition, the department is equipped with numerous state-of-the-art research instruments and experimental equipment for advanced research on new materials.

After graduation, students go on to work in various fields, including the parts and materials industries related to electronics, electrical engineering, information communication and computer science, automotive, heavy industry, steel, aerospace, and shipbuilding, as well as government-funded research institutes and public organizations.

The Department of Civil Engineering aims to cultivate competent talents who can play a creative and leading role in comprehensive planning, such as design and construction of various facilities, in response to the increasing demand for highly skilled civil engineering personnel not only in domestic but also global construction markets. After graduation, students go on to work in various fields, including government agencies related to construction, technical civil service positions, construction companies, supervision companies, and state-owned enterprises.

The School of Computer Science aims to refine the fundamental qualities of computer science, an advanced discipline, and to cultivate information professionals with the ability to develop and operate advanced computer systems and strong analytical skills. Students learn advanced computer technologies along with the fundamental theories of computers. Through various practical courses offered alongside lectures on fundamental theories, students acquire the programming skills and problem-solving abilities required in a work environment

Through various practical courses offered alongside lectures on fundamental theories, students acquire the programming skills and problem-solving abilities required in a work environment. By understanding computer system architecture and various programming languages, students will play a significant role in leading the technological advancements in rapidly evolving fields of advanced computing, such as computer vision, databases, computer networks, grid computing, wireless multimedia, computer systems, artificial intelligence, software engineering, and computer security.

The Department of Artificial Intelligence was established in April 2020 to meet the need for cultivating ethical talents with outstanding expertise who can systematically and comprehensively understand and utilize diverse and complex core AI technologies in light of the pivotal role that artificial intelligence (AI) technology will play in future societies and advanced technology and industries. The department strives to achieve high-quality education and research in the AI field through excellent faculty, state-of-the-art laboratories, and a systematic curriculum.

Furthermore, the department aims to cultivate AI experts who will play a key role with international competitiveness in renowned domestic and international companies/research institutions across all industries, including software, gaming, finance, semiconductors, healthcare, automotive, and aerospace.