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| Korea Advanced Institute of Science and Technology (KAIST) | |
|---|---|
| Type | National research university (public) |
| Established | February 16, 1971 (as Korea Advanced Institute of Science) |
| Reorganized | 1981 (KAIST formed); 1989 (current structure after KIT merger) |
| Location | Daedeok Innopolis, Daejeon, South Korea |
| Satellite campuses | Seoul, Munji (Daejeon), New York City (NYU-KAIST joint campus) |
| President | Kwang Hyung Lee (17th president, since 2021) |
| Affiliation | Ministry of Science and ICT (South Korea) |
| Students | Approximately 11,000 (4,000 undergraduate, 7,000+ graduate) |
| Faculty | Approximately 1,300 |
| Colleges/Schools | 6 colleges and 2 schools, with 33 departments and divisions |
| AI Graduate School | Kim Jaechul Graduate School of AI (founded 2019) |
| Famous spinout | Rainbow Robotics (KOSDAQ: 277810) |
| Notable win | DARPA Robotics Challenge Finals 2015 |
| Website | kaist.ac.kr |
KAIST, formally the Korea Advanced Institute of Science and Technology (Korean: 한국과학기술원), is a national research university in Daejeon, South Korea, and is widely regarded as the country's leading institution for science, engineering, and artificial intelligence research. Founded in 1971 as the Korea Advanced Institute of Science (KAIS), the university was reorganized through two government-led mergers (1981 and 1989) into its current form and has produced much of the technical leadership of South Korea's semiconductor, robotics, and AI industries. KAIST operates the Kim Jaechul Graduate School of AI, the first dedicated AI graduate school in Korea, and the Humanoid Robot Research Center (Hubo Lab), whose DRC-Hubo robot won the DARPA Robotics Challenge Finals in Pomona, California in 2015.[1][2]
KAIST sits at the center of South Korea's national strategy to compete in robotics, humanoid robots, and AI semiconductors. The university spun out Rainbow Robotics in 2011 to commercialize the Hubo platform, and that company became a KOSDAQ-listed (ticker 277810) public company in February 2021. In late 2024 Samsung Electronics expanded its stake in Rainbow Robotics from roughly 14.7% to about 35%, becoming the largest shareholder and folding Rainbow into Samsung's consolidated financial statements as part of a renewed push into Samsung's AI and physical-AI ambitions.[3][4] In April 2025 KAIST became a founding academic member of the K-Humanoid Alliance (see K-Humanoid Alliance), the South Korean government program coordinating roughly USD 770 million of investment in domestic humanoid platforms by 2030.[5][6]
KAIST is consistently ranked among the strongest research universities in Asia. It placed 53rd globally in the QS World University Rankings 2025, around 70th in the Times Higher Education World University Rankings, and finished 4th worldwide in the Nature Index Young Universities table; in the broader Nature Index of leading research institutions, KAIST appears in the top 100 globally and is one of South Korea's top contributors to the index together with Seoul National University, Yonsei University, and Korea University.[7][8]
The institute was established on February 16, 1971 as the Korea Advanced Institute of Science (KAIS) through a USD 6 million loan from the United States Agency for International Development (USAID), with strong backing from President Park Chung-hee.[9] KAIS was designed to fix a specific structural weakness in South Korea's emerging industrial economy: the country had no domestic graduate school capable of training the advanced scientists and engineers that its rapidly growing electronics, chemicals, and shipbuilding industries needed. Until then, ambitious Korean students typically left the country to earn graduate degrees in the United States or Japan, and very few returned.[9]
The academic blueprint for KAIS was drawn up by Frederick E. Terman, the former dean of Stanford University's School of Engineering and the architect of Silicon Valley, together with Kun-mo Chung, then a professor at the Polytechnic Institute of Brooklyn. The Terman-Chung report recommended a graduate-only research institution modeled on a hybrid of Stanford and MIT, with full state funding, English-medium instruction in graduate courses, and military-service exemptions to retain top male graduates. KAIS opened its doors with 106 master's students in 1973 in a small campus in Hongneung, Seoul.[9][10]
In 1981 the South Korean government merged KAIS with the Korea Institute of Science and Technology (KIST), a separate national research lab founded in 1966, to form the Korea Advanced Institute of Science and Technology (KAIST) under physicist Choochon Lee. The combined entity was supposed to integrate basic research (KIST) with graduate education (KAIS), but the two cultures clashed and the merger was unwound in 1989. KIST was re-established as an independent national lab and KAIST kept the graduate education mission.[1]
In the same 1989 reorganization, KAIST absorbed the Korea Institute of Technology (KIT), an undergraduate-focused engineering school, and relocated its main campus from Hongneung in Seoul to Daedeok Science Town (now Daedeok Innopolis) in Daejeon. The Daejeon move gave KAIST a 2.3-square-kilometer campus next door to dozens of national research institutes, large corporate R&D centers, and the headquarters of Korea's emerging semiconductor industry.[1]
The 1990s and 2000s saw a steady expansion of KAIST's research footprint. New schools were created in computing, electrical engineering, biological sciences, and the humanities; the university began admitting international students in larger numbers; and English-medium instruction was expanded across the entire graduate curriculum.
A decisive period of strategic positioning began in the 2010s. In 2012 KAIST formally opened its Humanoid Robot Research Center (HuboLab) within the KAIST Institute, with KRW 15 billion of funding over five years from the Ministry of Trade, Industry and Energy and Professor Jun-Ho Oh as inaugural director. In 2019 the university launched the Kim Jaechul Graduate School of AI, the first AI-only graduate school in Korea, with a KRW 50 billion (~USD 46 million) gift from Dongwon Group founder and honorary chairman Jae-chul Kim.[11] In 2021 the KAIST Board of Trustees elected Kwang Hyung Lee as the 17th president, succeeding Sung-Chul Shin. President Lee, a futurologist who founded the Department of Bio and Brain Engineering and the Moon Soul Graduate School of Future Strategy, has used his term to push convergence research and to expand the university's AI, robotics, and quantum programs.[12]
The main KAIST campus occupies roughly 2.3 square kilometers in the Daedeok Innopolis district of Yuseong-gu, Daejeon, surrounded by Korean government research institutes including ETRI, KRISS, KAERI, and KIGAM as well as corporate R&D centers operated by Samsung, LG, and SK. KAIST also runs a Seoul campus in Hongneung (the original KAIS site) for executive education and select graduate programs, the Munji campus in Daejeon for residential graduate housing and select institutes, and a joint NYU-KAIST campus in New York City established in 2024 with New York University.[13]
KAIST is organized into 6 colleges, 2 schools, and 33 departments or divisions. Total enrollment is approximately 11,000 students, including roughly 4,000 undergraduates and more than 7,000 graduate students, with about 1,200 international students from over 100 countries.[14]
| Unit | Type | Notable departments |
|---|---|---|
| College of Natural Sciences | College | Physics, Chemistry, Mathematical Sciences |
| College of Life Science and Bioengineering | College | Biological Sciences, Bio and Brain Engineering, Medical Science |
| College of Engineering | College | Mechanical, Aerospace, Electrical, Chemical, Materials, Civil, Industrial, Nuclear, Bio and Brain |
| College of Liberal Arts and Convergence Science | College | Digital Humanities, Cultural Technology |
| College of Business | College | Business and Technology Management, KAIST College of Business (Seoul) |
| College of Convergence Science and Technology | College | Cross-disciplinary programs |
| Kim Jaechul Graduate School of AI | School | Artificial Intelligence |
| School of Computing | School | Computer Science, Robotics Program |
KAIST is the largest single producer of AI graduates in South Korea and one of the most cited Asian institutions in machine learning, computer vision, and natural language processing. AI research at the university is anchored by three main organizational pillars: the Kim Jaechul Graduate School of AI (focused exclusively on AI degrees), the School of Computing (which houses much of the systems and theory work), and the KI for Artificial Intelligence (KIAI) under the KAIST Institute (a transdisciplinary research center bridging AI, brain science, and convergent technologies).
The Kim Jaechul Graduate School of AI (KAIST AI) was established in Fall 2019 and was the first graduate school in South Korea dedicated entirely to artificial intelligence. The school offers MS, integrated MS/PhD, and PhD degrees and is named after Dongwon Group founder Kim Jae-chul, who donated his personal property worth KRW 50 billion (about USD 46 million) to KAIST on December 16, 2020 to endow the school.[11]
As of 2025 the school has roughly 20 core faculty, more than 40 affiliated faculty, and a small number of invited or adjunct faculty. Research areas span machine learning, deep learning theory, computer vision, natural language processing, reinforcement learning, robotics, AI systems and accelerators, and applied AI in healthcare, finance, and manufacturing. The school is headquartered in Building N1 on the Daejeon campus and operates joint educational programs with Samsung, NAVER, LG, and Hyundai under government-sponsored AI talent initiatives.[15]
| Lab | Lead | Focus areas |
|---|---|---|
| Humanoid Robot Research Center (HuboLab) | Park Hae-won (since 2020s); founded by Jun-Ho Oh | Bipedal humanoid hardware and control; KAIST Humanoid v0.7 |
| RAILAB (Robotics & Artificial Intelligence Lab) | Hwangbo Jemin | Quadruped locomotion; Sim-to-Real RL; the RAIBO and RAIBO2 platforms |
| Statistical Artificial Intelligence Lab (SAIL) | Choi Jaesik | Explainable AI; probabilistic inference |
| Data Intelligence Lab | Whang Steven Euijong | Data-centric AI; trustworthy LLMs |
| Data Science and AI Lab (DSAIL) | Park Chanyoung | Multimodal data mining; graph learning |
| Machine Learning and Vision Lab (MLV) | Kim Hyunwoo J. | Video foundation models; visual reasoning |
| Cognitive Learning for Vision and Robotics (CLVR) | Lim Joseph J. | Robot learning; world models; reinforcement learning |
| KAIST AIPR Lab | Kim Kee-Eung | AI and probabilistic reasoning; sequential decision making |
| Multimodal AI Lab | Kim Junmo | Multimodal foundation models |
| Visual AI Group | Yoon Sung-Eui | Visual question answering; perception |
| Interactive Robotic Systems Laboratory (IRiS) | Kim Hyun J. | Aerial robotics; swarm autonomy |
| Dynamic Robot Control & Design Lab | Park Hae-won | Legged-robot dynamics and control |
In October 2025 a KAIST team led by Sung-Eui Yoon of the Visual AI Group, working with Ewha Womans University, took first place in the Grounded Video Question Answering track of the Perception Test Challenge organized by Google DeepMind at ICCV 2025, one of several international AI benchmarks where KAIST groups have placed in the top three since 2023.[16]
KAIST runs one of the most active AI-semiconductor research programs in Asia. In 2022 the university launched the NAVER-Intel-KAIST AI Joint Research Center (NIK AI Research Center) under EE professor Joung-Ho Kim. The NIK center coordinates 20 to 30 joint projects across roughly 20 KAIST faculty members and approximately 100 graduate students, with the goal of building an open ecosystem around Intel's Gaudi AI accelerators (designed by Intel's Habana Labs) and NAVER's HyperCLOVA-class language models.[17]
In parallel, KAIST signed an AI Semiconductor Designer Training Program agreement with Samsung Electronics in October 2022 to jointly train master's and PhD researchers in AI-specific semiconductor design. The program funnels Samsung scholarship recipients into KAIST graduate programs and runs a pipeline of joint research projects on AI memory, in-memory computing, and chiplet-based AI accelerators. Combined with KAIST's long-running PIM (processing-in-memory) and neuromorphic-chip research, these partnerships have made KAIST a focal point for South Korea's bid to compete with Nvidia, AMD, and TSMC in the AI hardware stack.[17][18]
KAIST's robotics work began in earnest in 2000 when Jun-Ho Oh, a professor of mechanical engineering since 1985, decided that South Korea needed a domestic competitor to Japan's Honda ASIMO and Sony Qrio humanoids. Funded with about USD 50,000 of internal money, Oh's team built KHR-1 (KAIST Humanoid Robot 1) in 2002 as a stick-figure pair of legs and arms, followed by KHR-2 in 2003, and HUBO (KHR-3) in 2005, a 120-centimeter-tall, 55-kilogram bipedal humanoid that became the basis for an entire family of research robots.[2][19]
KAIST opened its formal Humanoid Robot Research Center (HuboLab) within the KAIST Institute on January 19, 2012, endorsed by the Ministry of Trade, Industry and Energy with KRW 15 billion of funding over five years and Professor Jun-Ho Oh as the inaugural director. HuboLab consolidated all of KAIST's humanoid hardware, control, vision, and grasping research under one organizational roof and developed successive Hubo platforms including HUBO 2 (2008), DRC-Hubo (2013), DRC-Hubo+ (2014-2015), Hubo-Q, and Hubo Mini for educational use.[20]
The lab is now led by Park Hae-won, an MIT-trained roboticist who was recruited to KAIST in the late 2010s and inherited the HuboLab leadership after Jun-Ho Oh's transition to advisor status. Park's group has refocused HuboLab around the KAIST Humanoid v0.7, a 165-centimeter, 75-kilogram next-generation platform that combines whole-body motion capture, deep reinforcement learning for control, and sim-to-real transfer. In field tests in 2025 the v0.7 robot ran at up to 12 km/h, kicked a soccer ball, climbed 30-centimeter steps, and performed a moonwalk, with KAIST claiming that every motor, reducer, and motor driver was designed in-house. The v0.7 hardware and AI work were presented at Humanoids 2025 (October 1) and at CoRL 2025 (September 29).[21][22]
KAIST's most visible robotics achievement is the 2015 DARPA Robotics Challenge (DRC) Finals, held on June 5-6, 2015 at the Fairplex in Pomona, California. Team KAIST, led by Jun-Ho Oh of mechanical engineering and In-So Kweon of electrical engineering, with engineers from the newly founded Rainbow Co. (the precursor to Rainbow Robotics), entered the DRC-Hubo+ robot. The 80-kilogram, 168-centimeter platform was designed to switch between a walking biped and a wheeled crawler by retracting its legs and rolling on knee-mounted wheels, a configuration that proved decisive on the DRC's eight-task disaster-response course (driving a vehicle, exiting it, opening a door, turning a valve, cutting through a wall, performing a surprise task, traversing rubble, climbing stairs).[2][23]
DRC-Hubo+ completed all eight tasks in 44 minutes 28 seconds, beating 22 other robots from five countries and winning the USD 2 million grand prize. Team IHMC and Tartan Rescue (Carnegie Mellon) finished second and third. The DRC win catapulted KAIST into the international robotics elite and established Hubo as a recognizable symbol of Korean robotics on par with Japan's ASIMO. Jun-Ho Oh's team has since described the DRC as the first event at which a Korean university outperformed both U.S. national labs and Japanese industrial groups in a head-to-head robotics competition.[2][24]
While HuboLab focuses on humanoid forms, KAIST's Robotics and AI Lab (RAILAB), led by Professor Hwangbo Jemin, has built a parallel research program around quadruped robots. RAILAB's RAIBO quadruped (2020-2022), a 26-kilogram dog-sized platform powered by deep reinforcement learning and proprioceptive control, demonstrated stable running on sandy beaches, snowy slopes, and muddy terrain. The successor RAIBO2 is a 42-kilogram quadruped that can sustain speeds up to 6 m/s and operate continuously for up to 8 hours, and in 2023 became the first quadruped in the world to officially complete a full marathon course in a sanctioned event.[25]
RAILAB's research has been widely cited in the legged-robotics literature for advancing the use of large-scale simulation training (sim-to-real RL) on Nvidia Isaac Gym for real-world deployment, an approach that has since been adopted by ETH Zurich's ANYmal team, Boston Dynamics, and Unitree.
The KAIST Robotics Program is an interdisciplinary graduate degree program that draws faculty from mechanical engineering, electrical engineering, the School of Computing, the Cho Chun Shik Graduate School of Mobility, and the bio and brain engineering department. Other notable robotics groups include the Interactive Robotic Systems Laboratory (IRiS) focused on aerial swarm autonomy, the Dynamic Robot Control & Design Lab focused on legged-robot dynamics, and the Telerobotics and Control Lab focused on teleoperation and haptics.[26]
The Hubo program's most consequential outcome was the creation of Rainbow Robotics (KOSDAQ: 277810), the company commercializing KAIST robotics technology. Rainbow Robotics was founded in February 2011 by Jun-Ho Oh and his Hubo Lab researchers as a spinout from KAIST, with the explicit mandate to make Hubo-derived hardware available to other universities, corporate R&D groups, and government customers. The company's earliest products were Hubo platforms sold to U.S. universities including Drexel, Virginia Tech, Purdue, MIT, Carnegie Mellon, and the University of Nevada Las Vegas as DRC platforms, followed by collaborative robot arms (the RB Series cobots), industrial autonomous mobile robots, and an astronomical mount product line.[3][27]
Rainbow Robotics went public on the Korean KOSDAQ exchange in February 2021, becoming one of the few publicly traded humanoid-platform companies in the world. After a relatively quiet listing, the company attracted the attention of Samsung Electronics, which was searching for a foothold in physical AI:
| Date | Event | Stake / Amount |
|---|---|---|
| February 2021 | KOSDAQ IPO (ticker 277810) | n/a |
| March 2024 | Public debut of RB-Y1 dual-arm wheeled humanoid platform at USD 80,000 | n/a |
| 2023 | Samsung Electronics initial investment | 14.7% stake; KRW 86.8 billion |
| December 30, 2024 | Samsung increases stake to become largest shareholder | 14.7% to ~35%; KRW 267 billion (~USD 181 million) |
| December 31, 2024 | Rainbow Robotics consolidated into Samsung Electronics' financial statements | n/a |
| December 31, 2024 | Samsung establishes Future Robotics Office; Jun-Ho Oh appointed as advisor and head | n/a |
On December 30, 2024 Samsung Electronics announced it would increase its stake in Rainbow Robotics from 14.7% to approximately 35% for KRW 267 billion (about USD 181 million), making Samsung the largest shareholder. Rainbow Robotics was incorporated as a subsidiary under Samsung's consolidated financial statements, and Dr. Jun-Ho Oh, founding member of Rainbow Robotics and an honorary professor at KAIST, was named head of Samsung's newly created Future Robotics Office while continuing as an advisor to the company.[3][4]
In March 2024 Rainbow Robotics unveiled the RB-Y1, a dual-arm wheeled humanoid manipulator marketed as the world's first commercial research platform for AI experts. The platform weighs 131 kilograms, stands 140 centimeters tall, and combines two 7-degree-of-freedom arms (3-kilogram payload each), a 6-degree-of-freedom adjustable spine, and a wheeled mobile base. RB-Y1 was sold from May 2024 at USD 80,000 for the research version (the commercial version is USD 120,000) and has been adopted by MIT, UC Berkeley, the University of Washington, and Georgia Tech among others as a hardware platform for foundation-model robotics and embodied-AI research.[28]
KAIST is one of the founding academic members of the K-Humanoid Alliance, the South Korean government program coordinating the country's bid to compete with U.S. (Tesla Optimus, Figure, Apptronik) and Chinese (Unitree, Fourier, UBTech, Xpeng) humanoid programs. The alliance was launched on April 10, 2025 at The Plaza Hotel in Seoul under the auspices of the Ministry of Trade, Industry and Energy and combines roughly 40 robotics companies (including Rainbow Robotics, AeiROBOT, and Doosan Robotics), components suppliers (including Samsung SDI for batteries and DEEPX for AI chips), and academic institutions (including KAIST, Seoul National University, POSTECH, Yonsei University, and Korea University).[5][6]
Researchers from SNU's AI Research Institute, KAIST, Yonsei University, and Korea University are jointly developing a common AI foundation model for humanoid robots that will be deployable across alliance member hardware by 2028. The alliance has set hardware targets for a commercial Korean humanoid that can lift more than 20 kilograms, weighs less than 60 kilograms, has more than 50 joints, and moves at speeds of 2.5 meters per second or faster. The South Korean government has pledged approximately USD 770 million by 2030, with USD 150 million allocated for 2025 alone.[5][29]
| Person | Field | Notable contribution |
|---|---|---|
| Jun-Ho Oh | Mechanical engineering, robotics | Founder of HuboLab; led Team KAIST DARPA win; co-founder of Rainbow Robotics |
| Park Hae-won | Mechanical engineering, robotics | Director of HuboLab; KAIST Humanoid v0.7 |
| Hwangbo Jemin | Mechanical engineering, robotics | RAILAB lead; RAIBO and RAIBO2 quadrupeds; sim-to-real RL |
| In-So Kweon | Electrical engineering, computer vision | DRC-Hubo perception lead |
| Joung-Ho Kim | Electrical engineering, AI semiconductors | Director of NAVER-Intel-KAIST AI Joint Research Center |
| Kim Hyunwoo J. | AI Graduate School, computer vision | Founded MLV Lab in 2025; video foundation models |
| Joseph J. Lim | AI Graduate School, robot learning | CLVR Lab; world models and RL |
| Choi Jaesik | AI Graduate School | SAIL; explainable AI |
| Whang Steven Euijong | EE/AI Graduate School | Data Intelligence Lab; data-centric AI |
| Park Chanyoung | AI Graduate School | DSAIL; multimodal data mining |
| Kim Kee-Eung | AI Graduate School | KAIST AIPR Lab; sequential decision making |
| Yoon Sung-Eui | School of Computing | Visual AI Group; ICCV/DeepMind challenges |
| Kim Junmo | Electrical engineering | Multimodal AI Lab |
| Kwang Hyung Lee | Bio and brain engineering | 17th president of KAIST; futurology and convergence |
KAIST graduates have founded or led many of South Korea's leading AI and robotics companies. Crunchbase lists more than 250 KAIST-alumni-founded companies that have received venture capital funding, with particularly strong representation in AI, semiconductors, and biotech.
| Company | Founded | Founder(s) with KAIST ties | Field |
|---|---|---|---|
| Rainbow Robotics | 2011 | Jun-Ho Oh and HuboLab researchers | Humanoid platforms; cobots; mobile manipulators |
| Lunit | 2013 | Donggeun Yoo (BS 2011, MS 2013, PhD 2019) and KAIST EE alumni | Medical AI; cancer screening |
| Lablup | 2015 | Joongi Kim (BS 2010, MS 2012, PhD 2016) | AI infrastructure (Backend.AI) |
| Furiosa AI | 2017 | June Paik (KAIST EE alum) | AI accelerators (RNGD chip) |
| Rebellions | 2020 | Sunghyun Park and KAIST/MIT alumni | AI semiconductors (ATOM, REBEL chips) |
| Upstage | 2020 | Sung Kim and KAIST/Naver-related team | Generative AI; Solar LLM |
| AeiROBOT | 2022 | KAIST robotics alumni | Humanoid components |
| HoloLight (HoloMicrobe), Saige, NeuroPhet, Genesis Lab | various | Various KAIST alumni founders | AI for healthcare, biotech, and HR |
Lunit, founded in 2013 by KAIST deep-learning researchers including Donggeun Yoo, has become one of Korea's flagship medical-AI companies and went public on the KOSDAQ in 2022; its Lunit INSIGHT product analyzes chest X-rays, mammograms, and 3D breast tomosynthesis images for early-stage cancer detection. Furiosa AI and Rebellions are the leading Korean AI-chip startups, both founded by KAIST EE alumni and both now competing with Nvidia in inference accelerators for Korean AI cloud customers.[30][31]
KAIST is consistently ranked the leading STEM-focused university in South Korea and one of the top engineering and AI universities in Asia.
| Ranking | Year | Position |
|---|---|---|
| QS World University Rankings | 2025 | 53rd globally |
| Times Higher Education World University Rankings | 2025 | ~70th globally |
| Nature Index Top 100 Institutions | 2025 | ~84th globally; top 10 in Asia-Pacific Physical Sciences |
| Nature Index Young Universities | 2025 | 4th worldwide |
| QS Asia University Rankings | 2025 | Top 10 in Asia |
| EduRank Computer Science | 2026 | 2nd in South Korea; ~126th globally |
| CWUR (Center for World University Rankings) | 2025 | Top 100 globally |
In the Nature Index released in 2025, KAIST ranked 84th worldwide among research institutions for high-quality natural-science publications. The university dropped slightly compared with prior years as Chinese institutions led by the Chinese Academy of Sciences captured a growing share of high-impact output, but it remains one of the top three Korean contributors alongside Seoul National University and the Institute for Basic Science. KAIST also placed 4th worldwide in the Nature Index Young Universities table, reflecting its strong per-faculty research output for an institution founded only in 1971.[7][8]
In computer science specifically, EduRank places KAIST 2nd in South Korea (behind Seoul National University) and around 126th in the world, with 53,844 indexed publications and over 1.2 million citations as of 2025; main research topics in those publications include AI, telecommunications, computer networking, computer vision, and machine learning.[32]
KAIST maintains industry-academia partnerships with global technology companies including Google, Intel, TSMC, Samsung, NAVER, LG, and Hyundai Motor Group. The university has formal academic partnerships with leading universities worldwide including MIT, Stanford, ETH Zurich, the Technical University of Munich, the University of Tokyo, and Tsinghua University.
In 2024 KAIST and New York University launched the NYU-KAIST joint campus in New York City, with shared faculty appointments and joint research programs in AI, life sciences, and engineering. In February 2026 the NYU-KAIST campus hosted the Summit on Building Governance Infrastructure for Frontier AI, bringing together more than 60 thought leaders and policy makers to discuss AI governance, an emerging KAIST research theme led from the Moon Soul Graduate School of Future Strategy.[33]
In 2018 a group of more than 50 international AI researchers led by University of New South Wales professor Toby Walsh organized a brief boycott of KAIST after the university announced a partnership with Hanwha Systems to open a Research Center for the Convergence of National Defense and Artificial Intelligence. The researchers feared the lab would develop autonomous weapons. KAIST President Sung-Chul Shin issued a public statement confirming that the university had no intention of developing lethal autonomous weapons and the boycott was lifted within weeks. The episode contributed to wider international discussion of AI ethics and military applications, and KAIST's policy on military AI research has remained a reference point for similar debates at peer institutions.[34]