01
Mechanisms & Decision Making
Resource allocation, matching, routing, scheduling, and reassignment using game theory, equilibrium analysis, and optimization.
Explore methods →Postdoctoral Fellow · Computer Science · Missouri S&T
Cyber-Physical Systems for equitable, reliable decision-making under uncertainty.
I develop game-theoretic, optimization-based, and learning-enabled methods for coordinating shared cyber-physical infrastructure under uncertainty, mobility, limited resources, and heterogeneous human behavior.
40+Publications
700+Citations
$50KNSF I-Corps award
ICCPS 2026Featured recent work
Research themes
Building intelligent shared infrastructure
My work combines mechanisms, optimization, and learning to design systems that remain efficient, adaptive, and fair when real-world users and resources behave unpredictably.
02
Human-Aware CPS
Fairness, strategic behavior, non-compliance, and real-time coordination in large-scale cyber-physical and public-safety systems.
Explore systems →03
Intelligent Infrastructure
EV charging, intelligent transportation, UAV-enabled logistics, vehicular edge computing, emergency response, and IoT.
Explore applications →Featured research
Recent work with real-world impact
ReACT-TTC
Capacity-aware Top Trading Cycles for post-choice reassignment in shared Cyber-Physical Systems, demonstrated through EV charging coordination.
≥43% improvement in user satisfaction under non-compliant behavior.
View spotlight →I-HAUL
UAV-assisted healthcare logistics for time-sensitive transport, combining cyber-physical coordination with practical deployment constraints.
Co-PI & Technical Lead · $50K award.
View funding →Emergency Response CPS
Decision-making and coordination frameworks for responders, UAVs, mobile resources, and edge/IoT infrastructure under uncertainty.
Mechanism design + learning + distributed systems.
View research →About
Research at the intersection of algorithms and cyber-physical systems
I am a Postdoctoral Fellow at Missouri University of Science and Technology, working with Prof. Sajal K. Das. My research develops principled methods for distributed resource coordination across transportation, energy, healthcare logistics, emergency response, vehicular edge computing, and IoT systems.
Before joining Missouri S&T, I completed my Ph.D. in Computer Science and Engineering at the National Institute of Technology Rourkela under Prof. Manmath Narayan Sahoo.