*Please see the full list of the students at https://mobility.mit.edu/people/ and full list of theses by JTL-Transit Lab at https://www.transitlab.mit.edu/theses. Below are the theses that Prof. Zhao has (co-)supervised.
Master, Jinhua as supervisor or co-supervisor
-
(2019).
Shared Electric Scooters and Transportation Equity: A Multivariate Spatial Regression Analysis of Environmental Factors on Revealed Travel Behavior and Mode Shift Potential
Department of Urban Studies and PlanningMaster in City Planning -
(2018).
Simulation-Based Design of Integrated Public Transit and Shared Autonomous Mobility-on-Demand Systems
Department of Civil and Environmental EngineeringMaster of Science in Transportation -
(2018).
Value of Information in Dispatching Shared Autonomous Mobility-on-Demand Systems: a Simulation Framework
Department of Civil and Environmental EngineeringMaster of Science in Transportation -
(2018).
Micro Active Network After Massive Urban Expansion
Department of ArchitectureMaster of Science in Architecture Studies -
(2018).
Driving Change: How Workplace Benefits Can Nudge Solo Car Commuters Toward Sustainable Modes
Department of Urban Studies and Planning and the Department of Civil and Environmental EngineeringMaster in City Planning and Master of Science in Transportation -
(2018).
Discrimination, Regulation, and Design in Ridehailing
Department of Urban Studies and PlanningMaster in City Planning and Master of Science in Transportation -
(2018).
Rethinking Streets: Urban Life with Autonomous Vehicles
Department of Urban Studies and PlanningMaster of Science in Architecture Studies -
(2018).
Data-Driven Customer Segmentation and Personalized Information Provision in Public Transit
Department of Civil and Environmental EngineeringMaster of Science in Transportation -
(2018).
Don’t Get Taken for a Ride! Designing and Implementing Effective Autonomous Vehicle Regulation in Toronto, Ontario
Department of Urban Studies and PlanningMaster of City Planning -
(2017).
Measuring Travel Equity and Representativeness: Opportunities and Challenges of Using Smartphone- based Travel Survey in Dar es Salaam, Tanzania
Department of Urban Studies and Planning, Department of Civil and Environmental EngineeringMaster of City Planning, Master of Science in Transportation -
(2017).
Automobile Regulations in China Examined from a Behavioral Perspective
Department of Urban Studies and Planning, Department of Civil and Environmental EngineeringMaster in City Planning, Master of Science in Transportation -
(2017).
Dynamic Pricing in Shared Mobility on Demand Service and its Social Impacts Master of Science in Transportation
Department of Civil and Environmental EngineeringMaster of Science in Transportation -
(2016).
Urban computing using call detail records : mobility pattern mining, next-location prediction and location recommendation
Department of Civil and Environmental EngineeringMaster of Science in Transportation -
(2016).
Why the Chinese obey the law : case studies from transportation
Department of Civil and Environmental EngineeringMaster of Science in Transportation -
(2016).
Factors affecting the gas price elasticity of travel demand : implications for transportation emissions policy
Department of Urban Studies and PlanningMaster of City Planning -
(2016).
Productivity and costs in the transit sector : the impact of Baumol’s cost disease
Department of Civil and Environmental EngineeringMaster of Science in Transportation -
(2016).
Exploring Urban Activity Patterns Using Electric Smart Meter Data
Department of Urban Studies and PlanningMaster of Science in Transportation -
(2016).
Better, Quicker, Together: Enabling Public Transport Service Quality Co-monitoring Through a Smartphone-Based Platform
Department of Urban Studies and PlanningMaster of City Planning, Master of Science in Transportation -
(2016).
Smartphone-based Mobility Mapping and Perceived Air Quality Evaluation in Beijing
Department of Urban Studies and PlanningMaster of City Planning, Master of Science in Transportation -
(2016).
Perspectives on the Ridesourcing Revolution : surveying individual attitudes toward Uber and Lyft to inform urban transportation policymaking
Department of Urban Studies and PlanningMaster of City Planning