
Chair; Civil, Environmental & Biomedical Engineering Department; Program Director, Civil Engineering
Civil, Environmental, and Biomedical Engineering
College of Engineering, Technology, and Architecturefang@hartford.edu 860.768.4845 UT 232
Education
PhD, Pennsylvania State University
MEng, University of British Columbia (Vancouver, Canada)
MPhil, City University of Hong Kong
BS, Sichuan University (China)
Clara Fang is a Professor, Department Chair, and Program Director for Civil Engineering at the University of Hartford where she teaches both undergraduate and graduate courses, and conducts research in transport engineering.
Fang holds a PhD in transportation engineering from Pennsylvania State University, two Master degrees in civil engineering from the University of British Columbia, Canada and the City University of Hong Kong, respectively, and a Bachelor degree in civil engineering from Sichuan University, China. She is the author or co-author of more than forty peer-reviewed journal and conference articles and reports.
For excellence in research, Fang has received Greenburg Junior Faculty Research Award from the University of Hartford, Alumni Association Dissertation Award from Pennsylvania State University, and the Carmen E. Turner Fellowship from the Women’s Transportation Seminar. She has also received Teaching with Technology Innovation Grants to integrate simulation animation and service learning into teaching.
Fang is a member of ASCE, IEEE-ITS, ITE and several TRB Committees. She also serves as the Vice President of Chinese Overseas Transportation Associates (COTA).
Fang’s research interests include transportation system modelling and simulation, traffic operations, signal control, optimization and computational intelligence applications in transportation. Fang is also one of the key members working on two research projects funded by the National Academies to produce a Chapter on interchange capacity and quality of service analysis in the Highway Capacity Manual (HCM), the single most widely cited and used guidebook in traffic analysis.
Research Interests
- Highway Capacity and Quality of Service Analysis
- Simulation Modeling and Traffic Flow Theory
- Adaptive Traffic Signal Control and Optimization
- Geographic Information Systems (GIS), and Safety Analysis
- Computational Intelligence Applications in Transportation Engineering