• Engaged in process flow optimization and streamlining operations by reducing various engineering activities and related MOPs leading to a reduction of 15% less activities• Oversaw 3 engineering teams to provide necessary support for smooth operations and on-time project deliveries while insourcing 5 new engineering activities• Designed and implemented an automated PowerBI report that tracks completed volumes against forecasts, saving 20 hours per month of manual work, reducing human error and enhancing resource allocation efficiency

• Designed a force-sensing outsole that collects data on the amount of force used when physically active to see the conservation of energy with and without an exoskeleton • Fabricated an exoskeleton that conserves approximately 12% of the energy used in sand to lessen the amount of mechanical work done on the human muscle • Developed a MATLAB algorithm to search for the max force value in each gait cycle, replacing the previous manual methodology leading to a 25% decrease in time spent

• Developed a submittal and RFI log for a $50M project, creating reports for product approval and project clarifications, increasing productivity by 15%• Managed scheduling and coordination of vendors and subcontractors of two $5mm projects to maintain operation, improving quality of work for the client by 17%• Performed weekly cost analysis of 3 project budgets of $5mm each to examine the progress and profitability of each project

• Designed the pedal box for the HT06 race car that increased space between the pedals while decreasing weight by 15% to avoid feet clustering and improve car performance• Created a new steering system with the use of two universal joints to reduce the max rated angle to lower the steering wheel angle, increasing driver comfortability for longer racing sessions• Routed the brake line system in Solidworks, avoiding clashes between the pipe and chassis or driver seat to ensure an efficient installation procedure