Founded a contract R&D firm to support client businesses from concept to automated production.

R&D towards novel parameters for non-invasive wearable device. Also, supporting efforts towards product stability and robustness.

Leading effort commercialize non-invasive diagnostic technology.

Research and development of sub-cutaneous continuous lactate monitor. Design and development of low-pain sensor delivery system. Algorithm development and experiment design to tune sensor properties and improve measurement performance.

Design and development of optical sensors and algorithms for pulse oximetry, deep tissue oximetry, non-invasive hemoglobin and carboxy-hemoglobin measurements. Opto-mechanical/electronic design of fiber and LED based optical sensors. Numerical simulation of tissue-light interactions. Design and development of sensor calibration equipment and algorithms.

Contributed to design and development of sub-cutaneous continuous glucose monitor. Implemented "rapid lifetime detection" algorithm based on review of scientific literature. Prototyped micro-sensor manufacturing processes. Lead a time of engineers to design and develop an automated picoliter hydrogel dispensing system including: mechanical design, electronic system integration, motion control, and real-time imaging.

Research interests include mechanotransduction and tissue engineering and medical devices, especially regarding the cardiovascular system

Design, fabrication and validation of medical device manufacturing equipment. Mechanical, pneumatic and electrical design, 3-D modeling, drafting, system integration, basic machining, PLC programming, design of validation procedures and protocols, reports and development of Manufacturing and Quality Instructions. Worked in close collaboration with Research and Development and Corporate Process teams to ensure Good Manufacturing Practices.