Pio Ong

Pio Ong is a Postdoctoral Scholar Research Associate in the Department of Mechanical and Civil Engineering. His work focuses on advancing control systems theory with an emphasis on safety-critical applications, resilient systems, and event-triggered control mechanisms.

Research interests include cybersecurity in control systems, safety protocols for aerospace and robotic systems, and the integration of mathematical theories like control barrier functions with practical engineering challenges. His interdisciplinary work bridges theoretical analysis (e.g., implicit function theorem applications) and applied domains such as satellite orbit stabilization and networked systems.

Key contributions involve developing computationally efficient safety filters and frameworks for systems under severe sensor attacks, hierarchical event-triggered policies balancing performance and safety, and nonsmooth control methods for maintaining system stability and connectivity. Ong's publications consistently address the unification of control objectives (safety, stability, smoothness) while conserving computational resources.

His research lab environment (Gates-Thomas Laboratory) likely supports experimental validation of theoretical models, though specific lab affiliations are not explicitly stated. No awards or grants are listed in the provided text.