About Me
I am a PhD candidate in environmental engineering at the Department of Building, Civil, and Environmental Engineering at Concordia University. My research focuses on the decarbonization of transportation through electrification, the low-carbon transition of urban energy systems, and the assessment and optimization of greenhouse gas reduction strategies. I also have expertise in data mining and predictive analytics, utilizing life cycle thinking, statistical models and machine learning/deep learning techniques to advance sustainable and resilient transportation systems.
- Transportation sustainability and resilience
- Urban energy systems
- Greenhouse gas emissions mitigation assessment
- Energy management of heavy-duty electric vehicles
PhD Civil Engineering
Concordia Univeristy
MASc Civil Engineering
Concordia University
BEng Urban Planning
University of Liverpool/Xi'an Jiaotong-Liverpool University
My research focuses on system-scale environmental sustainability analysis by combining technical solutions (e.g., machine learning, LCA) with strategic planning (e.g., climate policy, economic modeling) to deliver quantitative insights that guide sustainable decision-making, including:
- Life cycle assessment (LCA) and life cycle thinking
- Greenhouse gas mitigation strategies
- Environmental impacts of transportation electrification, with a focus on heavy vehicles
- Energy and economic modeling for urban and transportation systems
- Machine learning and deep learning applications in climate-adapted public transportation management
- AI applications in electric vehicle battery management
- Climate policy, decision support models, and managing uncertainties in environmental policy
