Study
Undergraduate
Chemical and Biological Engineering
Established in 1962
The Department of Chemical and Biological Engineering offers a holistic education to its students by delving into the intricate details of the development, design, operation, and management of chemical, physical, and biological processes for creating novel functional materials, all while considering economic feasibility. Come join us to study biomaterials, nanotechnology, energy science and more!
Materials Science & Engineering
Established in 1967
Materials science and engineering conducts research to develop advanced materials by engineering various properties of materials, such as (1) information/electronic materials, (2) energy/environmental materials, (3) organic/biological materials, and (4) structural/metal materials, for semiconductors, AI, batteries, solar cells, biomedical therapy/diagnosis, eco-friendly recycling, steel, and smart factories.
Mechanical Engineering
Established in 1964
We are committed to advancing innovation in robotics, next-gen mobility, biomedical devices, and sustainable energy solutions. Our department fosters a vibrant research environment, tackling global challenges like climate change and resource efficiency. Through comprehensive academic programs and robust industry partnerships, we prepare students to lead in solving complex engineering problems, driving technological advancements, and shaping the future of society.
Industrial Management Engineering
Established in 1967
Industrial and Management Engineering nurtures global leader for the 4th Industrial Revolution, developing experts who enhance system efficiency and drive innovation through decision-making based on management science, statistics, AI, and data analysis. Key fields include smart manufacturing, logistics/SCM, quality control, management engineering, information systems, data science, and healthcare.
Electrical Engineering
Established in 1968
Electrical Engineering is a core area of a nation’s technological competitiveness, carrying the mission of pursuing the implementation of sustainable advanced technologies. The department of Electrical Engineering comprises 51 faculty, 1,000 undergraduates, and 400 graduates. Our passionate faculty conduct pioneering research and provide creative education, producing graduates who lead in various fields. We strive to be the best, contributing to humanity through a future-oriented vision and proactive innovation.
Civil, Environmental & Architectural Engineering
Established in 1963
We explore the development and maintenance of essential social infrastructure and building needed for the quality life of humanity. A wide range of areas are encompassed: Structures, Construction Management & Materials, Water Resources, Geotechniques, Environmental Engineering, Transportation and Energy. The diverse areas are ideal for students with a preference for mathematical inquiry, a knack for design, a creative mindset and a strong interest in environmental issues.
Architecture
Established in 1963
Fostering Visionary Experts in Architecture and the Built Environment for the Future Since 1963, Korea University's Department of Architecture has focused on training architects with a solid understanding of architecture's fundamentals—function, structure, and beauty. The five-year B.Arch. program, accredited by KAAB, develops problem-solving skills, flexibility in addressing complex challenges, and the ability to reflect local and global values, preparing students for contemporary architectural demands and international competitiveness.
Communications Engineering
Established in 2002
Department of Communications was established in collaboration between Korea University and Samsung Electronics to nurture professional talents in the field of next-generation communications, one of the 12 strategic technologies of Korea. It offers a balanced curriculum of software and hardware, theory and practice to foster core talents who will lead advanced communication technologies including 6G.
Semiconductor Engineering
Established in 2020
The success of the semiconductor field depends on how well we cultivate talented students. Korea University and SK Hynix have jointly established the Department of Semiconductor Engineering to foster global No. 1 semiconductor talent. We provide in-depth education in semiconductor fields (devices, circuits, systems, software) and multidisciplinary fields (AI, data science) along with self-directed training programs (internship, field practice) developed with SK Hynix.
Integrative Energy Engineering
Established in 2020
The Department of Integrative Energy Engineering nurtures experts in sustainable energy by integrating nanotechnology, IT, biotechnology, policy, and energy technology (NT-IT-BT-P-ET). Addressing UN SDGs, students explore photoelectric, electrochemical, and bioenergy engineering to solve global energy challenges. Graduates drive innovation in renewable energy, low-power devices, eco-friendly materials, and autonomous mobility, paving the way for a sustainable and cleaner future.
