A KAIST design that produces clean drinking water using only sunlight, without electricity or fuel, has won one of the world’s most prestigious design awards. The design received high international recognition not only for its technical completeness, but also for its sustainable approach, which enables residents in regions affected by water scarcity and water pollution to produce and manage clean water on their own. KAIST (President Choongsik Bae) announced on the 17th of July t
2026-07-20When immigration or refugee issues become heated political topics, nearby factories may end up releasing more toxic substances. Although the two phenomena may appear unrelated, a KAIST-led international research team has found that they are in fact connected through the government’s limited administrative and fiscal resources. KAIST (President Choongsik Bae) announced on the 10th of July that a joint research team led by Professor Narae Lee from The School of Business and Technology
2026-07-10< Participants shouting ‘Bread!’ to celebrate the signing of the MOU > The Department of Industrial Design at KAIST signed a Memorandum of Understanding (MOU) for industry-academic cooperation with Rosso Sungsimdang on February 24, 2026. This agreement was pursued to combine the unique creativity and technical expertise of each field to promote mutual growth and establish a cooperative system to lead innovation in cultural industry design. The ceremony, held at the KAIST De
2026-02-26< (Bottom, from left) Professor Dong-Hwa Seo, Researcher Jae-Seung Kim, (Top, from left) Professor Kyung-Wan Nam, Professor Sung-Kyun Jung, Professor Youn-Seok Jung > Batteries are an essential technology in modern society, powering smartphones and electric vehicles, yet they face limitations such as fire explosion risks and high costs. While all-solid-state batteries have garnered attention as a viable alternative, it has been difficult to simultaneously satisfy safety, performance, an
2026-01-07<(From Left) Professor Sukyoung Ryu, Researcher Jaemin Hong> As the C language, which forms the basis of critical global software like operating systems, faces security limitations, KAIST's research team is pioneering core original technology research for the accurate automatic conversion to Rust to replace it. By proving the mathematical correctness of the conversion, a limitation of existing Artificial Intelligence (LLM) methods, and solving C language security issues through automat
2025-11-10