My research centers on resilient computing systems that maintain correct, efficient operation under constrained and unstable conditions such as limited energy, intermittent power, variable connectivity, and hardware faults. My work contributes core advances in low-power and battery-free computing, embedded and cyber-physical systems, and runtime and system-level techniques for robustness, adaptivity, and efficiency. These approaches enable computing platforms that can be deployed across a wide range of industries, including environmental sensing, healthcare, infrastructure monitoring, robotics, and defense, where reliability, longevity, and resource efficiency are first-order system design requirements.