2025 - 2026 Fellows
2025 - 2026 Fellows
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2025 - 2026 Fellows
2025 - 2026 Fellows
The 2026 TEEP fellows represent a diverse group of scholars committed to driving progress in transportation research. Each fellow brings unique expertise and perspectives, contributing to groundbreaking advancements in sustainable transportation and policy innovation. Explore their research and learn how they’re making an impact:
Apoorva Roy | University of Michigan
Apoorva Roy | University of Michigan
Valuation of Used Electric Vehicles: Trustworthy Range and Remaining Useful Life Assessment
Valuation of Used Electric Vehicles: Trustworthy Range and Remaining Useful Life Assessment
Roy's research explores how battery diagnostics can improve confidence in the used electric vehicle market. By developing methods to accurately assess battery health and remaining useful life, the work aims to address durability concerns and support broader EV adoption.
Arseniy Braslavskiy | University of Maryland
Arseniy Braslavskiy | University of Maryland
Pressure to Spend: Transportation Project Selection under ARRA
Pressure to Spend: Transportation Project Selection under ARRA
Braslavskiy's research investigates how a major influx of federal funding influenced transportation project selection. His analysis provides new insights into how agencies balance maintenance and expansion investments, helping inform future transit funding policies.
Ning Duan | Cornell University
Ning Duan | Cornell University
Bus Line Optimization Considering Passenger Choice
Bus Line Optimization Considering Passenger Choice
Duan's research examines how public transit systems can better reflect traveler preferences. By combining passenger choice models with network optimization, the work seeks to design bus systems that are more efficient, equitable, and responsive to rider needs.
Siqi Feng | Cornell University
Siqi Feng | Cornell University
A Choice-Based Recommender System to Match Supply and Demand: Multimodal Mobility as a Service
A Choice-Based Recommender System to Match Supply and Demand: Multimodal Mobility as a Service
Feng's research explores how Mobility as a Service (MaaS) platforms can better connect travelers with transportation options. By integrating choice models with recommender systems, the work aims to improve multimodal travel and encourage greater use of sustainable transportation.
John Mantus | Carnegie Mellon University
John Mantus | Carnegie Mellon University
Rethinking Electric Vehicle Externalities: Global Emissions and Distributional Equity
Rethinking Electric Vehicle Externalities: Global Emissions and Distributional Equity
Mantus's research examines the environmental and equity implications of electric vehicle supply chains. By evaluating global emissions and their health impacts, the work provides new perspectives on how transportation policies can account for fairness alongside decarbonization goals.
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