-- Responsible for the design and implementation of electronic systems to control and interface trapped ion quantum computers

-- Design of multi-functional electronics for land and marine radar systems and high altitude flight computers-- U.S. DoD Security Clearance

-- Responsible for the design, fabrication and assembly of a multitude of complex RF, digital and optical circuit boards and assemblies.-- Developed expertise using Altium Designer and provided extensive ECAD training, guidance and assistance to new users.-- Proficient in SPICE simulation for circuit development in parallel with complex schematic capture designs.-- Lead PCB layout designer for high-speed differential and RF impedance-controlled boards with complex layer stack-ups.-- Principal component librarian for schematic symbol and PCB footprint creation/approval of new electronic parts.-- Conducted both system and board-level verification testing with extensive debugging and troubleshooting experience.-- Closely supported configuration management for circuit card assembly revision control, design change implementation, component obsolescence, engineering drawing/document control and creation of bill of materials.-- Trained and skilled at operating CNC milling machines to etch complex PCB’s for prototype testing and modeling.-- Gained exposure to project management by developing cost estimates and detailed schedules for contract proposals.

-- Performed system verification testing of public safety radios (Thales Liberty) in accordance with TIA/EIA standards and requirements.-- Conducted RF spurious-emission testing on tactical software-defined radios (JTRS-enhanced MBITR (JEM)). Implemented several design options, both hardware and software, to improve transceiver performance.-- Managed vibration and thermal environmental stress testing and debug for airborne tactical radio systems (Thales MMAR).-- Designed and assembled new technology battery packs and charger systems for safety, security and efficient performance.-- Analyzed and tested the performance of new and upcoming high capacity Li-Ion cells for longer lasting portable radio battery packs.-- Extensive use of Windchill PLM database for configuration and product lifecycle management.

-- Extensive use of Mentor Graphics and PADS software for RF and digital circuit design, schematic capture and PCB layout.-- Generated a training program for new employees to learn the PCB design process using Mentor Graphics.