I lead the design and development of custom systems tailored to meet the unique needs of our clients. My role involves:Technical Leadership: Steering the direction of system architecture and ensuring the integration of cutting-edge technologies.Strategic Decision Making: Weighing technology tradeoffs to select the best solutions for our clients, balancing innovation, cost, and performance.Team Collaboration: Working closely with cross-functional teams to translate medical requirements into robust technological solutions.Innovation and Improvement: Continuously evaluating and incorporating new technologies to enhance system functionality and efficiency.My focus is on delivering high-quality, customized solutions that drive advancements in the medical field, ensuring our clients can provide the best care possible.

InspecTech is the world leader in design and manufacture of in-line computer vision inspection and sorting systems for plastic pellets and sheetsI work with the our customers' engineering staff to create and configure the hardware and software tools needed to support their specific needs

Oversaw transfer of complete working design to turnkey manufacturer

Integrated global product design, manufacturing, and software development teams to prepare protoype system for market readiness

Developed multiple generations of an Android based medication adherence platform

• Lead engineer for a high fashion 3D printing startup. Responsible for product design, workflow development, and design for manufacturing

• Led team in development of software for pelvic motion simulation of medical imaging using gait and other motion captured patient data• Created tools and workflow for MR – pathology correlation using 3D printed molds, for localization of prostate cancer, renal cancer, and VIM localization• Generated numerous imaging based and parametrically deformable 3D organ and vessel models for surgical planning, training, and MR calibration/phantom use

• Designed and prototyped a wide range of benchtop systems, including multichannel RF systems (in vitro and in vivo) and robotic characterization and control systems• Performed extensive electromagnetic and bioheat transfer Finite Element simulations and analysis of biological systems and devices• Developed software tools for image analysis and quantification, including ultrasound bubble tracking and microbiological colony counting / quantification

• Designed, developed, assembled and tested several generations of a robotic knee-ankle prosthetic leg for prototyping of control algorithms • Designed a noise-cancelling office speaker mounting system

• Developed software for real time control of pre-clinical MR-HIFU system, including interfacing with MRI (Philips Ingenia 3T) and temperature feedback control• Designed lenses for sector vortex focusing of ultrasound transducers

Taught high school math to students with a wide range of educational backgrounds.