Micro-Leads is a fast-paced early-stage company developing a high-resolution chronic pain therapy with two-times more therapeutic impact. Our company has extensive expertise in precision, closed-loop, and high-resolution neuromodulation /bioelectronic medicine devices. Our team has extensive regulatory and commercialization experience as well.We are always seeking outstanding talent to grow the startup so please contact us: careers@micro-leads.com.

Consulting engineering director and technical strategist for GlaxoSmithKline's Bioelectronics Medicines R&D Unit. Developed engineering technology portfolio, launched research program, and development roadmap for emerging bioelectronic medicines.Launched a new medical device business area at Draper Laboratory focusing on advanced miniaturization, wireless, and ultra-low power bio-electronics for neuromodulation.Perform technical value proposition and technical due diligence for Action Potential Venture Capital for emerging technologies for neural recording and stimulation.Hands-on technical visionary, architect, and design of highly-miniaturized implantable medical device technologies for advanced neuro-modulation and bioelectronic medicine. Extensive experience in grant-writing and fundraising. Excellent technical background in electromagnetics, micro-system design, antenna design, wireless telemetry, biotelemetry, wearable electronics, implantable medical devices, implantable electrodes.

My Ph.D. focused on the development of a technological solution for an unmet clinical need to rapidly enable the rapid assessment of donor liver organs prior to transplantation. I independently developed an electronic and optical research medical device to quantify liver disease (steatosis) prior to organ transplantation. The results of this work led to a device development and clinical trial in human transplants. I developed new optical fiber and dielectric spectroscopy probes for assessment.

Telemetry, embedded firmware, and system design for the hardware development group

Development of algorithms and software to virtually control and rapidly assess spin-stand hardware performance.