Postdoctoral Research Associate – Cyber-Resilient Autonomy & Digital Twins
Hampton University Faculty
Position Highlights
TAN’s Lab (https://sites.google.com/site/thanhtantp/3-research-interests) at Hampton Univer-sity is seeking a highly motivated Postdoctoral Research Associate to contribute to advanced research in autonomous systems, digital-twin simulation, and machine-learning-based resilience technologies. The successful candidate will work under the direction of Dr. Tan Le on cutting-edge projects involving autonomy, perception, and intelligent systems.
TAN’s Lab focuses on efficient artificial intelligence, emphasizing computationally lean, hardware-aware models capable of real-time operation on edge devices, autonomous platforms, and emerging quantum–classical systems. The lab applies efficient AI to NextG wireless networks, developing algorithms for RF sensing and signal classification, edge–cloud resource allocation, joint control–computation–communication, heterogeneous network coexistence, robotic networks, UAV tracking and trajectory prediction, O-RAN cybersecurity, and privacy-preserving, trustworthy net-work management. These research challenges require a diverse AI toolkit—including quantum-encoded learning, graph neural networks (GNNs), graph attention networks (GATs), and deep reinforcement learning (DRL) —each selected to match the physics, structure, and data characteristics of the task. Lab-developed models support classification, detection, prediction, segmentation, tracking, and decision-making with an emphasis on efficiency, robustness, and deployability in contested RF environments.
TAN’s Lab—formally the R3-Lab—extends efficient AI foundations into broader intelligent-systems research, integrating network-science time-series analysis, cyber-physical system resilience, and AI-enabled autonomous robotics. The lab investigates how sensing, computation, and com-munication interact in dynamic environments and designs efficient AI models that remain reliable under uncertainty, adversarial conditions, and resource constraints. Across all domains, TAN’s Lab emphasizes application-specific efficient AI tailored to mission-critical autonomous and cyber-physical systems. Research activities span autonomous robotics, NextG networks, environ-mental digital twins, and resilient machine-learning pipelines, unified by a commitment to efficiency, trustworthiness, and real-world impact.
Duties and Responsibilities
- Develop and maintain digital-twin simulation environments for autonomous navigation and perception.
