• Optimized designs to comply with specifications and wrote aerospace wire harness manufacturing processes• Partnered with quality eng. and operations to align acceptance criteria and develop inline audit procedures• Implemented equipment that reduced scrap on five product lines and expanded site manufacturing capabilities • Developed test methods and designed jigs to validate product performances with high precision and accuracy• Investigated manufacturing errors and test failures, and enacted solutions to maintain flow• Worked with suppliers and customers to create manufacturing and test techniques to meet requirements

• Lead the installation and qualification of a semiconductor fabrication tool that increased factory capacity• Conducted statistical tests during manufacturing stages to ensure control of performance metrics and quality• Responded to safety and ergonomic needs assessments by developing new procedures• Monitored the health of five fabrication tools and preemptively identified abnormalities to prevent bottlenecks• Proactively identified continuous improvement opportunities and wrote processes to implement improvements

• Designed components while ensuring criteria for fit, function, manufacturability, and economical fabrication • Wrote technical reports to qualify new parts by similarity and document engineering records• Audited final design drawings to confirm correct dimensions, tolerance stack-ups, and drawing callouts • Created and released BOMs to comply with design needs and supply changes

• Implemented flight hardware revisions and released drawings for the Antares and GQM-163A Coyote programs• Participated in new vehicle proposal consisting of determining instrumentation, CONOPS and MGSE• Verified design compliance with applicable aerospace and military standards

• Tested and analyzed circuit boards and electronics used in launch vehicles • Deciphered test results from random vibration, shock, thermal vacuum and thermal cycle environments• Performed Steinberg fatigue calculations, tolerance stack-ups and mechanical analyses on circuit boards

• Managed university-sanctioned fundraising and club accounts amounting to an annual balance of $20,000• Served as the primary liaison between club leadership and university administration

• Led a team of more than 50 engineering students to a collegiate competition with a Formula One-style vehicle• Planned and set priorities on the budgeting, design, manufacturing, and testing of a $35,000 vehicle

• Trained students in techniques for design, manufacturing, and integration of components on SAE vehicles • Evaluated and provided feedback on student-designed engine mounts, foot pedals and final drive sprockets• Supervised and monitored the activities of students within the machine shop

• Assembled and validated a prototype product used to enhance the power generated from solar panel arrays• Developed several thermoelectric polymer solutions and tested electrospray dispersion performance• Ran tests to compare the yields of an assortment of photovoltaics and their effects on prototype capability