It is a concept that encompasses all systems that expand the spatial activity area of mankind, such as automobiles, ships, and aircraft.
We are taking the lead in developing materials for infrastructure that can realize the extreme physical properties required in the future society.
We are taking the lead in verifying the accuracy of predictive models and optimizing the design of steel materials through actual experiments.
By applying hydrogen-reduced steel technology to domestic blast furnaces, we conduct in-depth research for the purpose of reducing CO2 emissions in the steel industry.
We are conducting research to improve the added value of materials through clean metal production and recycling.
We are conducting research on strengthening core management capabilities for the entire business cycle, applying global standards, and developing optimal PM technology.
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Professor | Research field | |||||
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Mobility | Infra | Battery Electronics / Energy | Low Carbon / Hydrogen Reduction | Recycled / Clean Steel | Plant Engineering | |
Youn-Bae Kang | ||||||
Kyoungdoc Kim | ||||||
Hyoung-Seop Kim | ||||||
Dong-Woo Suh | ||||||
Eul-Bum Lee | ||||||
Sung-Mo Jung | ||||||
Jung-Wook Cho | ||||||
Yoon-Uk Heo |