Carry out design engineering activities as a primary contributor for various programs on a day-to-day basis. This includes CAD modeling, assembly and mechanism design, creating engineering drawings for prototype parts, prototype assembly/validation, optimization for both prototype and production processes, preliminary FEA studies, and technical presentation development.Extensive experience collaborating with industrial designers, production manufacturing teams, and R&D subject matter experts on comprehensive development programs.Head cross functional teams with members from mechanical engineering, industrial design, electrical engineering, software development, machining, manufacturing, and business development backgrounds.Support company leadership on engineering representation, resource allocation, scope definition for new projects and potential clients.Conducted project planning, resource allocation, and proposal writing for several ground-up design programs involving multiple domestic and international clients in the medical, aerospace, and industrial equipment industries. Experience developing high efficiency structures and mechanisms, with specific focus on aircraft interior products that balance aesthetic design, ergonomics, and structural performance within the limits of low to medium volume manufacturing processes and regulatory overlays. Experience developing medical products, from single use outpatient devices to equipment used in operating rooms. General understanding of sterile technique as it relates to hardware, usability, and workflow design. Familiarity with IEC-60601.Assumed both leading and supporting roles in industrial design related activities, including ergonomic design, usability studies, mechanism prototyping, end user contextual research, and aesthetic development through hand sketching, digital sketching, digital rendering, model making, and advanced CAD surfacing.

Mechanical designer in support of podiatric surgical process research."The Offset V Osteotomy versus the Modified Austin with a Longer Plantar Arm: A Comparison of Mechanical Stability" - Journal of Foot & Ankle Surgery

Founding partner.Engaged in the design, engineering, and prototyping aspects of development programs, ranging from medical diagnostic equipment to mobility network platforms.Produced an initial prototype for a novel plasmon resonance biosensor based on a university developed benchtop proof of concept. Involved with device configuration design, industrial design, mechanical packaging, UI design/programming, and prototype fabrication/sourcing.

Prototype hardware and interface development for RideVIA urban mobility platform.

Prototype design, development, and fabrication for autonomous vehicle sensor arrays and actuation.Robotic systems development for SLAM algorithm evaluation and LMS mapping simulations.US Patent US2009/0177322-A1"Robotic Platform for Autonomous Automotive Vehicle Development"

Field issue evaluation and countermeasures.Shock absorber prototype part initial development for first generation Toyota FJ Cruiser.