-Perform structural analyses of ruggedized electronics and support structures. Use various techniques to perform dynamic analysis (random vibration, shock response spectrum, pseudo velocity shock spectrum, classical shock)-Design, analyze and test thermal management solutions for dense, high power circuit cards in high temperature applications. Apply CFD techniques to evaluate enclosure level thermal dissipation and predict performance in natural convection environments.

-Developed automated test tools using LabVIEW for testing specific performance characteristics of military radios

-Designed and manufactured a thermal compression bonding jig for the manufacturing team. The bond pressure and temperature were precisely controlled to ensure a high quality bond.-Responsible for weekly updates to a critical glue plate in the manufacturing process as new prototypes are developed on a weekly basis.

•Designed and manufactured various jigs and fixtures

•Simulated and refined the design of an RF deflector cavity•Designed, programmed and built a waterproof motor control system for an accelerator cavity rinse unit. •Machined various steel and aluminum parts for use in cavity testing and development

•Using Matlab and Simulink to write code to control the various systems in the hybrid vehicle•Designing, machining and constructing various mechanical and electrical installations•Used NX Unigraphics to design and install a mounting bracket for the battery charger