Design of custom automated light measurement equipment.Design of various optical instruments : camera systems, spectroradiometers, goniometers, integrating spheres, Display, AR, VR, and MR systems characterization, robotic camera systems, highway safety instruments, photometers, PMTs, theodolites, calibration sources, etc.Design of custom LED and halogen type light sources.Drive continual improvement of standard products.Mentor engineering team in design efforts.

- Mechanical Engineering design services for various clients- Consumer Products design/buildResume and project photos at: https://drive.google.com/folderview?id=0B8OaG9jfbYLScW11LUpxTnl0Ymc&usp=sharing

-Design sensor layouts for next generation fingerprint sensor technology.-Equipment retro-fit design/build.

-Define and design mechanical subsystems to add remote plasma etching capability to an extreme UV light source. -Define and release ECOs. Aligned with manufacturing planning to define product lifecycles. -Worked with vendors to define specifications and timing of parts and sub-assemblies.

-Define and design prototype products for next generation fingerprint sensors -Design and build of mechanical testing equipment to test strength of glass and laminates-Create layout of Validity’s RF sensor using chip-on-flex technology

-Develop processes and equipment for solar cell device manufacture. Developed thin film a-Silicon devices and modules as well as hetero-junction (HIT) mono-crystalline devices.-Design and develop custom process equipment and plasma sources.-Conceptualize, design, and develop custom equipment for thin film and crystalline solar cell processing-Designed optical test set ups for various device and materials characterization: IV, spectroscopy, Optical R&T, QE, & Ea-Design of automated equipment and sub-systems including motion control devices. Designed assemblies and parts for CNC machining, sheet metal, and laser cutting -Defined requirements for custom equipment. Provided specifications for new equipment designs: chambers, plasma sources, sensors, gas delivery, pumps, RF power supplies, automation, and heaters -Developed processes and custom equipment for an automated 1.1x1.4 [m] thin film solar cell manufacturing line, and for a 30x 30 [cm] research system. Achieved 8.7% single junction a-Si and 16.7% HIT crystalline photovoltaic devices-Design/build of high purity gas storage, on-tool gas delivery boxes, and on-tool control/electronics cabinets -Defined and organized process development workflow. Design of Experiments (DOE) for material and device development-Helped define $2M facility upgrade. Designed high purity cylinder & bulk gas delivery system for entire facility-Specified or built metrology systems: IV, QE, Ea, Optical Eg, Optical R&T, Sheet Rho, Thickness

Design/Build of various custom automated equipment and assisted in the development of new businessResponsible for specification of robotic motion control systems, selection of: motors, drive components, bearings, & belt drives, electro-mechanical, pneumatics, and sensors. Sized components for a calculated load, torque, deflection, and stress valuesGenerate BOMs and cost models. Create drawings as per ANSI-Y14.5. Operate machine shop tools to create and modify parts quickly. Completed troubles shooting for final de-bug

High Vacuum Systems design, Plasma Source design, facilities management, thin film development, thin film characterization, laser crystallization of Silicon films, optical metrology, opto mechanical design from ZEMAX, Excimer laser optical train set up, breadboard layout, FEA in CosmosWorks, semiconductor devices, low temperature gate oxide creation, flexible flat panel display backplane manufacture, high purity gas delivery, tooling fixturing, sputtering systems, HVAC and cooling systems design, custom software definition, process development, wet chemistry development, retro-fit of spin rinse dryers,