• Technical management (similar to a managing principal engineer with direct reports) for a team of engineers at Element Science, Inc. during the commercialization of The Jewel Wearable Cardioverter Defibrillator, ensuring project timelines and minimizing operational and product risks.• Mentored engineers to foster a collaborative learning environment, maintaining hands-on IC capacity to assist in projects.• Collaborated with cross-functional teams to ensure successful commercialization prep and CE / FDA approval.

Lead product design engineer. Projects spanned concept development and prototyping UI mechanisms to high volume molding for clients in consumer, medical, and industrial markets. In some projects my additive manufacturing expertise was applied to compliment the design process or even led to novel solutions for end use. FATHOM is driven by advanced technologies that enhance its customers’ product development process—we’re changing the way products are being designed and manufactured by helping designers and engineers make the unmakeable. We are uniquely blending additive technologies and materials with legacy manufacturing methods so companies can go from concept to prototype to manufacturing

Developed biosensor technology into a functional pilot prototype: Design, rapid prototyping, mechanical analysis, mechanics testing, and statistical analysis (DOE).

●Research engineer focusing on the intersection of adult stem/stromal cells (MSC, ASC), biomaterials and small molecule interactions toward the development of tissue-engineered constructs for bone regeneration. ●Specific knowledge of biomaterial fabrication and molecular biology techniques to discover the factors that influence healing in biological systems. ●Mechanical analysis, cell culture, PCR, ELISA and imaging modalities utilized to achieve said goals.

●Leader and mentor for 50+ student discussion classes.●Taught student sections based on independently developed lesson plans.●Courses include: Calculus (4 times) and Integrative Tissue Engineering and Technologies (2 times)

Project 1: Conducted pre-clinical trial to test a proprietary therapy for prostate cancer (Halozyme Therapeutics). • Determined changes in tumor mechanical/flow properties with confocal imaging and pressure transducers.Project 2:Clinical ergonomic analysis of “zero-gravity” treadmills for lower limb physical therapy rehabilitation.• Subject recruitment and collection of physiological paramaters—VO2, blood pressure, heart rate. • Analysis of gait kinematic with motion capture software with Matlab.