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HOMEPAGE CONTACT:
Dr. Qin Xiaosheng Assoc/Professor, School of Civil and Environ. Engineering, Nanyang
Technological University, 50 Nanyang Ave., Singapore 639798 Email: xsqin{at}ntu.edu.sg |
Welcome to the Website of Dr. Qin Xiaosheng! My research focuses on development and application
of systems analysis approaches for addressing regional environmental and
water resources issues. RESEARCH AREAS 1.
Extreme Weather and Climate Hazard Analysis My research examines extreme weather events, including
extreme rainfall, droughts, and heatwaves, using both historical records and
climate change projections. I apply advanced statistical and hydrological
modeling approaches, including integrated hydrological and flood modeling,
copula based extreme value analysis, and frequency analysis, to characterize
climate hazards in Singapore and Southeast Asia. 2. Climate Change Impact on Water, Energy, and
Environmental Systems I conduct climate change impact assessments across
interconnected systems, with particular emphasis on the water and energy
sectors. This work involves climate data assimilation, regional climate
downscaling, bias correction techniques, and risk assessment methods to
quantify climate driven changes and system vulnerabilities. 3. Water and Environmental Systems Planning, Management,
and Adaptation My research also addresses the planning and management of
water resources and environmental systems under complexity. This includes
water supply and demand analysis, water energy nexus dynamics, uncertainty
analysis, and the optimization of urban drainage systems. These approaches
support climate adaptation planning, including the development of climate
resilient drainage systems and water sensitive urban design strategies. AVAILABLE POSITIONS PhD positions under NTU scholarship may be available. Any
interested PhD applicants please: (1) Apply through the official PhD
application portal by indicating me as your potential supervisor, or (2) Contact Dr. Qin directly through email xsqin{at}ntu.edu.sg. |
Updated on Dec 2024