• Enhanced production efficiency for Enhanced production efficiency for compression-molded parts by leveraging scripts to analyze historical experimental settings and data leading to the production of 30 additional in-spec parts produced each week.• Engineered an autonomous vehicle for the department of defense transforming CAD designs into physical prototypes for rigorous testing and evaluation, accelerating iteration time by 33% through continuous refinement based on results and feedback.• Streamlined project timelines by 22% and slashed material costs by 10% by engineering more efficient and practical CAD designs in SolidWorks, which enhanced functionality and safety.• Cut prototype build time for modular homes by 17% by overseeing the entire build process and developing precise shop drawings, ensuring accurate sourcing and fabrication of all components.

• Directed the design and development of a carbon fiber battery box, achieving a 36% weight reduction, while seamlessly integrating coolant loop components into the vehicle, resulting in a 44% enhancement in the overall thermal management efficiency.• Optimized component alignment by 25% through the creation of precise mechanical designs using CAD software, while exemplifying hands-on expertise by fabricating and machining key vehicle components to boost performance and durability.• Boosted project efficiency by fostering dynamic communication across mechanical, electrical, and software engineering teams, driving a 15% improvement in meeting project milestones.

• Partnered with World Vision to address infant malnutrition in rural Cambodian communities by devising a cost-effective method to dehydrate local protein rich crickets into a more edible powdered form. • Conducted a site visit to rural Cambodia, speaking with the communities to better asses their needs and to determine the project requirements and constraints. • Designed, modelled and fabricated a Solar Cricket Dehydrator for $80 USD, optimizing the configuration to maximize drying area and air flow temperature. Allowed 290 crickets to be dried in 32 hours receiving an average solar irradiance of 409 w/m^2.• Placed 3rd in University of Toronto’s Mechanical Engineering Capstone Design Showcase

• Generated biweekly savings exceeding $10,000 by implementing decisive containment measures in response to quality defects, averting the distribution and production of thousands of potentially defective products.• Leveraged SAP reports and scripts to perform statistical data analysis uncovering trends in quality issues that drove a 23% reduction in defective components, leading to $25,000 in cost savings. Elevated efficiency by 72% by devising a streamlined data processing method for failure reports, eliminating redundant processes and enhancing workflow.• Evaluated quality risks and pinpointed potential failure modes through FMEAs, line audits, and prototype production builds, resulting in a 23% enhancement in production efficiency and a 30% decline in quality issues.

• Collaborated in the design, mold creation, fabrication, and assembly of the 9th generation Solar Car.• Manufactured the vehicle’s aerobody and chassis from carbon fiber using industry vacuum bagging techniques, and designed suspension clevises to handle the vehicle’s dynamic loads using Ansys• Placed 11th at the 2017 World Solar Challenge, completing the 3000 km race in 6 days with an average speed of 58.6 km/h.

• Collaborated in a team to design, builds, and fabricate a high fuel efficiency gasoline prototype vehicle using carbon fiber.• Ensured the mini gasoline engine operated safely within its parameters.• Placed 2nd at the Shell Eco Marathon Americas 2016 competition .

• Logged and tagged incoming shipments of aluminum. in addition to performing quality control checks on those received shipments.• Operated assembly lines ensuring a constant supply of materials were being processed through production.