• Development and production of innovative restrictive mechanisms for various industries• Mechanical Design and manufacturing of fitness equipment• Industrial Design of fitness equipment• Software Architecture of fitness training applications (Windows OS and iOS)• Patented strength training rotational mechanism and functional fitness training equipment

• Managing and leading mechanical engineering department• Bringing products to market from initial concepts to final production units including GoPole accessories for the rugged GoPro cameras• Architecture and implementation of ERP and PDM systems• Operations support, vendor selection, project management, and client engagement

• Developed and released to production a family of universal drive brackets that support both 2.5 inch and 3.5 inch Hard Disks and Solid State disks in existing and future ORACLE systems. • Established new release and archival methods for mechanical group. Identified software and worked with the vendor to develop and deploy a custom solution to work in conjunction with PTC ProIntralink and ProE. Process included development of a collaboration tool between mechanical and electrical teams to allow simpler exchange of data (IDF / EMN transfers)• Team Lead: Responsible for leading development and manufacturing of new universal blades for high volume production.• Team Lead: Responsible for development, testing and release of a 14U blade buffering system used for streaming video:• Managing engineering and testing resources during product development• Qualification and testing of system power supply, leading multi-discipline team in resolving EMI related issues• Design of a new power cable retention mechanism (PATENT 7,429,701)• Team Lead: Design and qualify new slide rails for a 180lb rack-storage system. Design, testing and qualification completed in 3 months.

• Project lead engineer – R&D of the multi-port valves designed to integrate with existing Tecan/Cavro pump systems used in biomedical applications • Development design and manufacturing of moldable ceramic valves designed to work with highly caustic chloride and acid solutions • Project scheduling and resource allocation• Detailed analysis of new valves including tolerance, FEA and fluid dynamics

• Responsible for design improvements of key components used in Thrust Vector Assembly (TVA) systems • Inventor of non-contact triangulation special test tool for thruster positioning mechanism (Laser sensor selection, triangulation algorithm, electronic interface, mechanical design of the test fixture and formulation of the test procedure)• Development of new testing tools for qualification and acceptance of flight hardware

• Wave-guide design for high and low power satellite communication systems, including thermal and structural analysis• Production process improvement of high precision brazed components used in high power satellite applications, fixture and tooling design• Headed R&D development of new non-viscous delay mechanisms, successfully qualified an eddy-current delay mechanism for controlled deployment of solar arrays• Responsible for the full design process of damped deployable mechanism for large solar arrays