Leading a team of senior electrical engineers that deal with sustaining electrical engineering issues.

Instrumentation Laboratory develops, manufactures and distributes instruments, related reagents and data management solutions, for hospitals around the world—at the point-of-care and in the laboratory. Group leader for R&D Hardware Electrical Engineering On Market team. Leading a team of engineers dealing with ongoing sustaining engineering activities including obsolescence, material sourcing, and redesign/refresh of printed circuit boards, systems, and products.

SI2 Technologies, Inc. (SI2) designs, develops and manufactures antennas, arrays and absorber systems for military air, land, sea and space applications. SI2 creates rapid, innovative and cost-effective solutions to the complex and ever-changing battlefield problems facing today's warfighters.Responsibilities include:Creating electrical schematics for the integration of digital controls for antenna array systems.Developing code to interface with test equipment and to exercise prototypes during qualification testing.Designing architectures for power and communication interfaces for multi-board systems.Writing small business innovative research (SBIR) proposals.Contributing to periodic reports and presentations to customers.Troubleshooting complex RF System on Chip (SoC) designs to determine root cause issues.Supporting delivery of prototype system to Air Force to ensure on time delivery.

Lytron specializes in custom industrial cooling solutions. Lytron designs and manufactures cold plates, chassis, chillers, cooling systems, and heat exchangers for some of the most demanding thermal management applications.Responsibilities include:Creating electrical schematics for the manufacture of air and liquid cooled cooling systems.Designing high power electrical systems to meet NEC, UL1995, and 61010-1 medical and safety standards.Writing code for programmable logic controllers (PLC) and PID controllers.Review printed circuit board (PCB) designs to identify root cause issues related to noise and sensor measurement.Redesign analog circuits on proprietary PCB to fix noise and accuracy issues.Supervised update of PCB layout to protect critical components.Create test specifications and procedures for qualification and acceptance of new products.

Responsibilities include:Analog and digital PCB schematic design using PADs Logic.Creating new modular microcontroller design to ease adaptability of future systemCreating and analyzing detailed timing diagrams for digital design and compatibility.Writing firmware for microcontrollers to interface and control A/D Converters, photodiode arrays, and host PC. Working with production team to create custom built measurement devices.Designed high precision solar simulator spectroradiometer. Met National Renewable Energy Lab (NREL) standards. Led to direct sales to leading solar panel manufacturing plants, NASA, and NREL.

Current Responsibilities include: Create AutoCAD drawings of custom electronic assemblies, interconnection diagrams and communication cabling. Oversee the production team for all custom built products. Manage the installation of products and educate domestic and international factory employees on the operation of the system. Perform numerous quality assurance tests on all new products to assure the highest level of customer satisfaction. Designed a high precision oscillating transmitter circuit for use in a new Wet Layer System. Led to direct sales to the largest rayon producing company in the world. Interacting on a daily basis with existing customers while also assisting new customers regarding custom project specifications. Designed & produced PCB microcontroller for use in a new Wet Layer System.

ZF Friedrichshafen AG develops, produces and services driveline and chassis technologies around theworld. Organized multiple projects, tests, and teams through proper use of time management and self- organization. Interacted & assisted our US-based customers and technical experts in Germany via email and telephone. Analyzed field data and prepared detailed test reports for summary and review.

Performed extensive hands on testing of high voltage control cabinets. Learned hands-on how to take theoretical electrical designs and apply them to products.