Research

My research focuses on developing advanced computational methods and optimization models to improve transportation systems’ efficiency and resilience. I integrate operations research, transportation science, energy systems, and data analytics to address complex challenges faced by modern urban mobility and freight logistics.

Research Interest

• Transportation Systems Modeling & Optimization
  Designing and applying mathematical and computational models to optimize location, routing, scheduling, and resource allocation in transportation networks. This includes innovative approaches for vehicle routing problems, electric vehicle charging, and last-mile delivery logistics.
• Energy-Efficient Mobility
  Investigating the integration of electric and alternative fuel vehicles within transportation systems, focusing on energy consumption minimization, infrastructure planning, and economic impact assessment.
• Freight and Public Transit Systems
  Developing data-driven models to optimize freight movement and public transit operations, improving service reliability, cost-effectiveness, and overall system performance.
• Data Analytics & Simulation for Transportation
  Leveraging large-scale datasets and simulation techniques to evaluate transportation policies, infrastructure investments, and emerging mobility technologies.