Fahim Jaman

Fahim Jaman is a Doctoral Student in the Department of Transportation and Urban Infrastructure Studies (TUIS) at Morgan State University, where he currently serves as a Graduate Research Assistant (GRA). Previously, he served as a Graduate Teaching Assistant (GTA), supporting undergraduate and graduate transportation engineering courses through instructional assistance, academic mentoring, and student engagement activities.

His academic and professional work focuses on advancing safe, equitable, and data-driven transportation systems through rigorous research and interdisciplinary collaboration. As a Graduate Research Assistant, Fahim is actively involved in several ongoing research projects, including Automated Track and Overhead Contact System Inspection Using UAS and LiDAR for Maryland Light RailLink, Road Space Allocation for Complete Streets, and research related to the Highway Safety Manual (HSM) and Crash Modification Factors (CMFs).

He earned his Bachelor of Science in Civil Engineering from the University of Asia Pacific with a concentration in Transportation Engineering. His academic background provided a strong foundation in transportation systems analysis, traffic operations, highway geometric design, and infrastructure planning.

His research interests center on improving public transportation systems, with particular emphasis on transit network design, operational efficiency, and the application of Intelligent Transportation Systems (ITS). His broader interests include traffic safety and accident analysis, shared-use mobility, driver and pedestrian behavior, non-motorized transportation, connected and autonomous vehicles, transportation planning, human–technology interaction, equity in transportation, and urban transportation systems.

Fahim Jaman is committed to conducting innovative, data-driven research that addresses critical challenges related to accessibility, safety, equity, and environmental sustainability. He is especially interested in leveraging advanced analytical methods and emerging technologies to improve multimodal connectivity and transportation safety while contributing toward a more sustainable and equitable transportation future.