Senior Engineer

The petitioner proposes to develop innovative wearable technologies specifically designed for individuals suffering from neurological and neurodegenerative disorders. The work focuses on transforming patient monitoring through interdisciplinary innovation at the intersection of mechanical, electrical, and computer engineering.

The petitioner proposes to develop advanced state-of-the-art materials to facilitate high-performance, durable, and flexible systems such as batteries, biosensors, and microprocessors. This work focuses on applications in wearable health devices and scalable energy storage to enhance U.S. technological competitiveness.

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 develop next-generation optical, electrical, and electrochemical sensors for commercial electronic platforms such as smartwatches and mobile phones. This work utilizes advanced nanofabrication techniques to create highly miniaturized sensors capable of detecting complex biological and environmental signals for lower-cost health monitoring.