- Created 70+ fabrication and machining drawings according to ASME Y14.5 standards and appropriate GD&T principles- Engineered and prototyped slip sheet fixture for machine tending robotic system using SolidWorks, FANUC 6 axis robot, vacuum ejectors and various pneumatic components- Calculated suction flow rates for wood veneer handling, and procured a suitably-sized vacuum blower for preliminary design Designed and developed a comprehensive library of over 150 parts, including NPT, BSPP, and Universal pneumatic fittings, as well as ANSI fasteners- Engineered and created testing rig for novel breakaway coupling using various wood tools, concrete anchors, and loadcell

- Developed over 3+ programs utilizing Python and diverse libraries to calculate and analyze data gathered from tests, leading to optimized workflow and heightened efficiency in data processing and analysis- Collaborated with lab technicians in the testing of Type IV Cylinders, ensuring compliance with standards set by organizations such as ISO, ANSI, CSA, and ECE- Supported Professional Engineers in enhancing the hydrogen infrastructure by addressing component losses through various tasks and initiatives increasing efficient by over 15%- Cooperated with technicians to gather data using Thermocouples and Pressure Transducers for standardized testing in accordance to Compressed Hydrogen Storage Systems regulations- Composed 10+ customer facing technical reports summarizing test results with accordance to standards guidelines

- Collaborated closely with the Chassis Team Lead, actively contributing to design decisions and facilitating the retrofitting of previous chassis parts for the development of a new iteration- Conducted thorough research on roll-heave systems, compiling comprehensive information and presenting key findings to the sub-team and Team Lead- Adapted and Designed Damper placement and nodes to attach onto chassis based on previous versions and new roll-heave design

- Analyzed production floor manufacturing time, set new production standard, and updated it in EPICOR Kinetic to increase overall efficiency. - Created and drafted multiple high level drawings for machine, fabrication and assembly using ASME standards and GD&T standards- Optimized designs using FEA analysis that have resulted in a overall 20% decrease in weight and a total 75% decrease in internal stress- Created and sourced the bill of materials (BOM) and cost analysis for a various capital projects

- Student-athlete committed to ~25 hours of training per week on top of full course load- U17 Ontario Provincial Champion in Men's Foil- Youth Canadian National Team - Ranked 1st Domestically in U17 Men's Foil in the 2019-2020 Season

Designed unique parts in Solid works and subsequently manufactured parts on a variety of machines over 2 years.Developed skills in: SOLIDWORKS, CAD/CAM, HSMworks, Machining (mills, lathe, CNC Mill, CNC router, and more).