Branislav Dimitrijevic

Branislav Dimitrijevic specializes in transportation systems analysis, transportation planning, multimodal freight transportation and intelligent transportation systems (ITS). He earned Ph.D. in Transportation Engineering from NJIT in 2018. Prior to this appointment, he was a Senior Research Scientist at NJIT’s Department of Civil and Environmental Engineering. Dr. Dimitrijevic participated in a multi-year federal research program Transportation Economic and Land Use System (TELUS), and was one of the designers of a land-use modeling software developed as part of this program. He was also involved in numerous research projects funded by the New Jersey Department of Transportation, including development and implementation of several regional models for congestion and mobility analysis, as well as traffic signal system prioritization. His current research focuses on the use of transportation data analytics in road weather management and traffic safety, innovative mobility, integrated corridor management, and the use of drones in traffic operations applications.

- Transportation Engineering
- Transportation Systems Planning

- Performance-Based Transportation Planning and Programming;
- Integrated Travel Demand and Land Use Planning;
- Effect of Technology and Transportation Data on Regional Mobility and Shared Use Mobility;
- Applications of Transportation Data Analytics in Transportation Systems Planning, Operations Management, and Transportation Safety Analysis;
- Decision Support Systems for Traffic Operations, Incident and Congestion Management.

Darban Khales, Sina, & Kunt, Mehmet, & Dimitrijevic, Branislav (2020). Analysis of the impacts of risk factors on teenage and older driver injury severity using random-parameter ordered probit. Canadian Journal of Civil Engineering, 47(11), 1249 - 1257.

Khales, Sina, & Chien, I Jy, & Lee, Joyoung, & Dimitrijevic, Branislav (2020). Analysis of the effects of visibility and warning devices on driver injury severity at highway-rail grade crossings considering temporal transferability of data. International Journal of Injury Control and Safety Promotion,

Lee, Joyoung, & Gutesa, Slobodan, & Dimitrijevic, Branislav, & Zhang, Yuchuan, & Spasovic, Lazar, & Singh, Jeevanjot (2017). Deployment and field evaluation of in-vehicle traffic signal advisory system (ITSAS). Information (Switzerland), 8(3),

Impact of Accurate Detection of Freeway Traffic Conditions on the Dynamic Pricing of I-95 Express Lanes
Transportation Research Board, January (1st Quarter/Winter) 2020

Approaches for freeway work zone capacity estimation: Incorporating probe vehicle data
January (1st Quarter/Winter) 2014

Kim, Kitae, & Gutesa, Slobodan, & Dimitrijevic, Branislav, & Lee, Joyoung, & Spasovic, Lazar, & Mirza, Wasif, & Singh, Jeevanjot (2017). Performance evaluation of video analytics for traffic incident detection and vehicle counts collection, . (pp. 213-231).

Gutesa, Slobodan, & Dimitrijevic, Branislav, & Lee, Joyoung, & Zhang, Yuchuan, & Feeley, Cecilia, & Spasovic, Lazar (2017). Smart arrival notification system for americans with disabilities act passenger paratransit service with a consumer mobile device, . (pp. 33-40).

Casper, Craig, & O'Brien, Jason, & Lupa, Mary, & Dimitrijevic, Branislav, & De Araujo, Maureen (2009). Application of TELUM by the Pikes Peak, Colorado, area council of governments: Lessons learned in Colorado Springs, . (pp. 45-53).