Scholar
Sakib Mahmud Khan
Google Scholar ID: LVewu8gAAAAJ
Intelligent Transportation Systems Principal, MITRE; Clemson University, UC
Citations & Impact
Citations
1,042
H-index
19
i10-index
25
Publications
20
Co-authors
44
list available
Publications
Resume (English only)
Academic Achievements
- Submitted several successful proposals in 2021 alone as a co-PI (National Science Foundation, U.S. Department of Energy, C2M2) and as a collaborator (U.S. Department of Education). Has 48 refereed publications, including 21 journal publications in leading peer-reviewed journals in transportation engineering and 23 peer-reviewed conference papers. Four journal papers are currently under peer review. Also published book chapters.
Research Experience
- Since May 2021, working as a Research Assistant Professor at the Civil Engineering Department at Clemson University and also appointed as the Assistant Director of C2M2 (a United States Department of Transportation Tier 1 University Transportation Center). Key roles at C2M2 include conducting foundational research projects, coordinating C2M2 Quantum Lab, mentoring both graduate and undergraduate students, coordinating and leading grant proposal writing activities, leading activities related to knowledge and technology transfer, industry collaboration, and diversity and inclusion, and overseeing the center's budget. Before joining C2M2, worked as a post-doctoral research scholar at PATH (California Partners for Advanced Transportation Technology) at the University of California, Berkeley from October 2019, on two projects: Hybrid Data and Connected Corridors.
Education
- No specific information provided regarding degrees, schools, or advisors.
Background
- Research Interest: Extreme event resilience of sustainable transportation cyber-physical-social systems (TCPSS), Quantum algorithms for connected and automated multimodal transportation systems, Quantum cloud-supported zero-carbon smart city applications with optimization and machine learning, Cybersecurity of complex and interconnected transportation network, Situational awareness of automated vehicles, Digital infrastructure for vulnerable road users and underserved communities, Machine learning-based predictive analytics.
Miscellany
- Actively involved in technology transfer activities for next-generation transportation cyber-physical-social systems (TCPSS) with C2M2 partners. For example, developing TCPSS testbeds at Benedict College and South Carolina State University, with industry leads like AT&T, following the TCPSS prototype developed at Clemson University.
