탄소중립대학원

• 기술혁신과 조직협력; 조직성과 피드백과 경영전략; 인적자원과 경영전략; 기술변화와 조직학습
• process of performance feedback in which a firm’s past performance shapes its subsequent strategy
• association between human resource management (esp., for engineers and/or managers) and corporate strategy
• process of technological innovation inside and outside of corporate and research organizations
• changes of corporate strategy in response to the emergence and development of digital and clean technologies

• Financial Engineering
• Market Microstructure
• Fintech

• Urban Air Quality
  - Turbulence and diffusion, CFD modeling with Chemistry, Local circulation
• Regional/National Air Quality
  - Atmospheric chemistry, Long-range transport
  - Air pollution modeling
  - Remote Sensing, Environmental satellite
  - Comprehensive policy relevant science for air quality
• Climate Change and Carbon Neutrality
  - Carbon neutrality with the policy relevance
  - Future climate projection
  - Co-benefit, SLCPs(Short-lived Climate Pollutants)

• 글로벌-도시 규모의 기후 및 환경 모델링 (Global- to urban-scale climate and environmental modeling)
• 국가기후대응예측 시스템 개발 (Devlopement of the National Climate Prediction System)
• 폭염과 극한 날씨 (Heatwaves and weather extremes)
• 기후 역학 및 계절내-계절 예측 (Climate dynamics and Subseasonal-to-seasonal (S2S) prediction)
• 북극 및 남극 기후와 빙권 변화 (Arctic and Antarctic climate and changes in the cryosphere)
• 인공지능을 기반으로 한 계절 예측 (Seasonal prediction based on the Artificial Intelligence)
• 지구 시스템 모델 및 글로벌 탄소 순환 (Earth system model and global carbon cycle)
• 자료동화 (Data Assimilation)

New Design Studio is a hybrid of design practice and research laboratory that explores the potential of design for service and policy at the Design Department in UNIST. We work with various stakeholders with an aim to help create strategic alternatives for more sustainable future of our society.

• 원격탐사와 AI 융합 활용한 재난 모니터링 및 평가
  (Disaster Monitoring and Assessment using Remote Sensing and Artificial Intelligence)
• 극지 원격 탐사(Polar Remote Sensing)
•  대기질/기상/기후 원격탐사
  (Remote Sensing for Air Quality, Meteorology, and Climate)
• 수자원 및 해양 원격탐사(Remote Sensing for Water Resources and Ocean)

• 사회과학 연구방법론 (질적, 양적 방법론, 네트워크 분석 등)
  (Methods of Social Research (Quantitative and Qualitative methods such as Survey, Network analysis, etc))
• 데이터 분석 및 프로그래밍 (통계학적 방법론 활용)
  (Data Science & Programming (Statistical method and tools such as SPSS, R, Python, etc.))
• 행정학적, 도시계획적 이론(Theory of Public Administration & Urban Planning)
• 디자인 방법론(Design methodologies (CPTED etc.))
• GIS 활용 방법론

• Academic entrepreneurship
• Entrepreneurship and OB
• Learning from failure in venturing
• Multiple goals and search behavior
• Innovation ambidexterity and resources in SMEs
• Masculinity of entrepreneurs and business angels and financing decisions
• Pricing of technology licensing and patent litigation
• Diversification and innovation  in crisis
• Confirmation bias and risk perception      

• 수치모델 개발 및 개선(Development and Improvement of Numerical Models)
• 실시간 태풍 예측(Real-time Tropical Cyclone Forecasting)
• 지역기후모델링(Regional Climate Modeling)
• 재해기상(태풍, 집중호우 & 폭설, 홍수 & 가뭄, 폭염 & 한파)
  High Impact Weather (Typhoon, Heavy Precipitation & Snowfall, Flood & Snowfall, Flood & Drought, Heatwave & Cold Surge)
• 해양-지면-대기 모델 커플링(Ocean-Land-Atmosphere Models Coupling)