testing processes for solar cell lead acid nickel hydride and lithium ion battery technologies. Personable effective manager and mentor with the ability to drive teams to achieve extraordinary results. technologies * Managed a team of over 20 engineers, physicists, and technicians * Developed 30MW deposition system design, electrical/plc schematics, RF plasma generation and control system * Implemented software for control of PV production machines * Designed, fabricated and tested phase controllers for heater subsystem using embedded microcontrollers, saving over $2MM * Designed, fabricated and installed automated "Bias Q" sample sequence measurement system * Designed automatic tuners for plasma generation and developed algorithms for auto ramp up of adjacent plasma sources * Designed, fabricated and tested multiple channel plasma emission monitoring and control system for reactive plasmas, zinc and indium-tin oxide deposition, saving over $2MM (Patent pending) * Designed and fabricated 10 solar simulators for measuring "L" cells (9" x 14"). Adapted solar simulation for in-line use in cell lines, saving over $4MM * Designed and implemented automated cell thickness monitoring system using existing optical hardware, augmented by new reverse interferometric techniques (Patented) * Designed and implemented Raman nanocrystaline fraction measurement system for off-line use * Designed and implemented Raman nanocrystaline fraction measurement system for use in vacuum depositions for amorphous solar cell manufacturing nickel hydride battery and coating systems

Highlights:

• System Integration
• Schematics
• System design
• Manufacturing
• Electronics, R&D, Instrumentation, Machine Control, Optical Instrumentation
• PCS
• Electronics, R&D, Instrumentation, Optical Measurement, Machine Control
• research
• HMI
• PLC Programming
• Plasma Diagnostics
• Optical Thickness measurement
• Raman Spectroscopy
• PECVD