Fuze Engineer for the Safe Arm and Fuze Engineering Branch Aug 2017 - Current• Lead test engineer for the FMU-139 D/B, and FMU-139 C/B fuzes and test boxes• Design, operation, maintenance, repair, and upgrade of fuze test boxes• Support in fuze failure investigations• Collaboration with partner contractors and to achieve project goals and ensure successful outcomes• Providing fuze engineer expertise• Managed the Universal Firing System upgrade, design, prototyping, construction, troubleshooting, maintenance, installation, and operation, providing a remote platform to safely deliver firing signals for firesets in energetics testing.Ordnance Assessment• Led ordnance assessment testing of multiple naval fleet fuze lots verifying safety, performance, and compliance with military standards and maintained thorough documentation of test results.• Understanding of test equipment, test setup, following energetic procedures, testing protocols and standard operating procedures.Hardware-in-the-Loop (HIL) Upgrade• Managed and organized 1200 SMA cables by length and printed and applied 2400 shrink wrap labels to the cablesSolid Propulsion Branch Tour• Analyzed post-rocket motor fire insulation material• Solid rocket motor igniter support with electrical design of rocket motor strip lines and connectors• Modeled and created an assembly drawing of a strip line connector in Creo CAD software• Understanding of Navy Occupational Safety and Health (OSH) and environmental protection specialistSkytop• Solid rocket motor engine test firing support – supported life cycle live fire testing with test bay preparation, instrumentation, monitoring, and tear down. Tempo Industries, CA• Designed and prototyped LED circuit boards and fixtures• Drafted technical drawings for all LED boards and fixtures• Upgraded pneumatic wire crimping machine with a programmable logic controller using magnetic sensors

Design and Implementation of Data Acquisition for the testing of a GOX/Kerosene engine for Temperature and Pressure Measurements.

Construct and Test Prototype LED Fixtures and PCBs for Defects, Improvements, and Approval• Measure, Troubleshoot, Stress, and Repair LED Drivers and LED Boards• Use OrCAD to Design PCB Board Layouts and Unique Component Footprints• Test Wide Range of Different Types of LED Drivers and Dimmers• Creating Detailed Instructions and Training Factory Workers in Construction of New Products• Create Technical Drawings for All LED Boards• Integrate PLC and Sensors into Pneumatic Automated Wire Crimp Machine