KAIST IMPACTs

IMPACTs (Innovative Mobility and Planning for Advanced Connectivity and Traffic safety) strives to develop solutions that enhance everyday life for people and protect the natural environment, aligned with evolving technological innovations.

Empowering Dreams
Igniting Journeys

Infinite Mobility for Every Tomorrow: A vision of mobility that extends beyond transportation, empowering personal growth, exploration, and adaptability in a limitless and dynamic future.

Carbon Zero
Motion Hero

Pioneering Tomorrow's Green Mobility: A commitment to zero carbon emissions, environmental responsibility, and leadership in advancing green mobility solutions for a sustainable, eco-friendly future.

Carbon Zero
Motion Hero
KAIST IMPACTs
Empowering Dreams
Igniting Journeys
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Empowering Dreams
Igniting Journeys
Carbon Zero
Motion Hero
KAIST IMPACTs

PEOPLE

Introducing KAIST mobility faculty and researchers.

Center

Eco-friendly Smart Car Research Center

Contact

Contact KMG for inquiries or cooperative suggestions.
 

 Present

and Future

Mobility

KAIST IMPACTs strives to cultivate world-class professionals who will lead the future of mobility and to develop innovative mobility systems that transcend existing limitations.

Publication

RESEARCH For
Eco-Friendly and Safer Transportation

TOPS

Transportation Operation and Planning for Sustainablity

ID

Innovative Design

TUPA

Transport and Urban Planning Arena

HFACTS

Human Factors Centered Transport Safety

MINDS

Mobility Intelligence and Data Science

ACES (COMING SOON)

Autonomous Cognitive and Embodied Systems

Research Area

RESEARCH For
Future Transportation

Research that examines mobility beyond transportation, with an emphasis on personal development, exploration, and adaptability.

  • Efficient Urban Mobility Systems

  • Shared Mobility

  • Disaster Management

  • Mobility Simulation

Projects

Optimal Micro-mobility and public transportation operating plans

Optimizing Delivery Robot Routes Using Pedestrian-Centric Image Collection and Processing Systems (PICS)

  • 과제명 : 보도 중심 지도 데이터를 통한 배달 로봇 경로 최적화 (Optimizing Delivery Robot Routes Using Pedestrian-Centric Image Collection and Processing Systems (PICS))
  • 사업명 : NRF 인터네셔널 모빌리티 (호주)
  • 위탁기관명 : 한국연구재단
  • 시작 및 종료일 : 2024년 10월 1일 ~ 2025년 9월 31일
  • 연구책임자 : 김인희 교수, Dr. Meead Saberi Kalaee

Metaverse-based Testbed Augmentation &Development and Proof of Mixed Traffic Control Strategies

  • 과제명 : 메타버스를 활용한 테스트베드 증강화 및 혼합 교통류 제어전략의 개발 및 실증 (Metaverse-based Testbed Augmentation &Development and Proof of Mixed Traffic Control Strategies)
  • 사업명 : Post-Doc. 성장형 공동연구
  • 위탁기관명 : 한국연구재단
  • 시작 및 종료일 : 2024년 9월 1일 ~ 2027년 8월 31일
  • 연구책임자 : 윤진원 박사

Optimization Strategies for Traffic Operations in Mixed Autonomous Vehicle Environments to Reduce Greenhouse Gas Emissions

  • 과제명 : 온실가스 감소를 위한 자율주행 혼재기 교통운영 최적화 방안(Optimization Strategies for Traffic Operations in Mixed Autonomous Vehicle Environments to Reduce Greenhouse Gas Emissions)
  • 사업명 : 석사과정생 연구장려금 지원
  • 위탁기관명 : 한국연구재단
  • 시작 및 종료일 : 2024년 9월 1일 ~ 2025년 8월 31일
  • 연구책임자 : 정재은

Express of Interest

We are looking for Master’s and Ph.D. students to join our transportation labs. These positions are fully funded and include a full tuition waiver and a competitive stipend.


Selected candidates will work in the general area of smart future transportation systems.

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Partnership with Public institutions and companies
Ministry of Land, Infrastructure and Transport (국토교통부)
Ministry of Science and ICT (과학기술정보통신부)
Korea Institute of Civil Engineering and Building Technology (KICT, 한국건설기술연구원)
Korea Expressway Corporation (한국도로공사)
Seoul Metropolitan Government (서울특별시)
Korea Agency for Infrastructure Technology Advancement (KAIA, 국토교통과학기술진흥원)
Korea Road Traffic Authority (KoROAD, 도로교통공단)
Korea Maritime Transportation Safety Authority (KOMSA, 한국해양교통안전공단)