Advance space hardware development and manufacturing

Played key leadership role in multiple multi-touch devices. Offshore build management, recruiting and mentoring. New touch chipset development, characterization, validation and touch system integration. Multiple innovative characterization and reliability test methods, FPC and touch sensor architectures, saving significant time and

Developed LED driver IC architectures and new IC design concepts for various applications.

Assists in the design, implementation, and integration of products into customer environments, as well as building prototypes or test setups to validate new products or features.

Develops precision multi-phase high voltage high power revenue grade power measurement cells, low noise precision power and reliable GFCI circuits. Meets UL requirements.

LIDARsAwarded with numerous advanced designs for new, high-performance products successfully followed by multi-million sales increase and higher market share. New approach to airborne LIDAR power design cut previously required customer support visits and system replacements. Advanced semi-automatic built-in self-testing system reduced idle flights with significant savings to the customers. Added new inflight data-logging device to improve system accuracy. Whole system design, technical management, hiring, mentoring and leadership. Photomultiplier LIDAR sensing system for NASA Phoenix Mars Lander mission. High resolution precision galvo scanner/position sensor/digitizer with ultra-low noise voltage reference, and galvanically isolated digital interface. Laser drivers and receivers/CFD combinations. True differential ultra-high speed 14-bit digitizer with advanced clock timing and current feedback front end. Smart, highly reliable 28Vx75A aircraft Ultracapacitor power conditioner/supply PDU. Ultra-high-speed, sub-nanosecond fiber-optic test waveform generator for in system tests. Smart multi-chemistry battery chargers and MEMS vibration data-loggers.