Postdoctoral Research Fellow

The petitioner proposes to expand the development of compliant wearable devices that combine soft actuators and sensing systems for remote mechanotherapy. This work aims to enable continuous, home-based care for individuals with chronic illnesses, bridging the gap between medical need and treatment access for mobility-limited patients.

The petitioner proposes to develop noninvasive, low-cost wearable biomedical technologies and circuits that integrate into healthcare workflows for real-time patient monitoring and early diagnosis. The work focuses on creating novel amplifier designs and circuit architectures to improve energy efficiency and diagnostic precision in wearable health devices. The goal is to replace conventional imaging systems with safer, minimally invasive treatment strategies that reduce healthcare costs.

The petitioner proposes to continue developing state-of-the-art electronic systems for sensing and energy harvesting, specifically focusing on next-generation materials. This work aims to optimize energy usage in wearable health and fitness devices to ensure consistent medical monitoring for users.

The petitioner proposes to develop advanced processing techniques for thin-film and nanoscale fabrication to enhance the stability and scalability of flexible and transparent electronics. This research focuses on ensuring that next-generation wearable sensors provide reliable, clinical-grade data for managing chronic diseases like heart disease and diabetes. The work aims to bridge the gap between material durability and clinical accuracy in medical diagnostics.