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Dean of Cho Chun Shik Graduate School of Mobility
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The current issues of greenhouse gas emissions, accelerated aging, and urban concentration are emerging global mega-trends. In order to ensure the sustainability of human society worldwide, these interconnected social, economic, and environmental issues must me addressed as prerequisites.

Cho Chun Shik Graduate School of Mobility aims to address the issues in the transportation sector, marked by significant greenhouse gas emissions. To tackle this problem, we are developing an electrically powered, eco-friendly mobility system and providing associated energy grid technologies. Additionally, to alleviate the social costs arising from the decline in mobility among the aging population, we seek to enhance their quality of life and ensure transportation safety by developing autonomous driving and robot-based technologies. Lastly, in order to address societal issues such as traffic congestion due to urban concentration, we aspire to develop new methods of mobility and services based on autonomous driving·demand response·sharing, and public transportation.

Beyond the individual objectives of “connected”, “autonomous”, “shared”, and “electrified”, achieving the ultimate goal of implementing an integrated mobility system that connects vehicles, infrastructure, and services requires interdisciplinary convergence across various fields such as mechanical engineering, electrical and electronic engineering, transportation engineering, computer science, and industrial engineering.

Cho Chun Shik Graduate School of Mobility provides an optimal education and research platform for this purpose, and continues to expand its collaborative relationships with relevant industries.

In Gwun Jang
Dean of Cho Chun Shik Graduate School of Mobility
Dean of Cho Chun Shik Graduate School of Mobility
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Countries worldwide are paying growing attention to carbon reduction and green growth in endeavors to overcome global warming and energy/resource shortages, which have intensified amid excessive, growth-driven development and reckless use of fossil fuels by mankind.
As a country relying heavily on imported fossil fuels, however, Korea will not easily be able to reduce its industrial carbon footprint and energy consumption beyond certain levels while maintaining the size of its economy. Against this backdrop, the development of highly viable low-carbon green transport systems is urgently needed. Building low-carbon, low-energy transport systems require convergence-based interdisciplinary research in the fields of science and technology. In this sense, KAIST, which has gained world-class research capabilities in such fields as information technology, IT convergence, robotics, mechanical engineering, and construction/environmental engineering, is the right institution to lead these efforts.
Cho Chun Shik Graduate School of Mobility has been founded to enhance the linkages among various disciplines within basic and applied sciences and technologies-physics, electric/electronic engineering, mechanical engineering, material engineering, aerospace engineering, marine engineering, civil/environmental engineering, and business administration-and produce the world’s top transportation specialists who will develop state-of-the-art green transport technologies and take the lead in the future green transport industry.
For this purpose, Cho Chun Shik Graduate School of Mobility offers two major programs, “Transportation Technology” and “Transportation Operation and Management.” Each major flexibly provides different tracks as per academic needs, and the school recommends that all students have multiple research advisors in order to promote convergence-based, interdisciplinary education. At the same time, the school will make continued efforts to create and secure new growth engines for the future and to develop green transport technologies so that low-carbon green growth can be achieved on a sustainable basis. Thank you very much.
In Gwun Kang Dean,
Cho Chun Shik Graduate School of Mobility
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