Mechanical Engineering Intern

• May 2020 - Oct 2020

Created presentations to provide engineering and business justification for the purchase of $200k MTS fatigue/destructive testing system, $55k Coordinate Measurement System, and $25k shock dyno. Equipment enabled R&D, testing, and precise measurement to optimize suspension/other subassembly design and quality control for improved ride experience. CEO/Board approved equipment purchase based on these presentations Put in place CAD based tolerance stack-up analysis to more efficiently… Show more Created presentations to provide engineering and business justification for the purchase of $200k MTS fatigue/destructive testing system, $55k Coordinate Measurement System, and $25k shock dyno. Equipment enabled R&D, testing, and precise measurement to optimize suspension/other subassembly design and quality control for improved ride experience. CEO/Board approved equipment purchase based on these presentations Put in place CAD based tolerance stack-up analysis to more efficiently identify possible tolerance issues that could cause subassembly failures Performed bike drop tests, analyzed data trends for suspension variables, and proposed framework to assign numerical suspension settings tailored to ride type preference Created BOMs and formalized/dimensioned engineering drawings for manufacturer use Derived trigonometric formula to calculate key bike geometry variable, enabling competitive analysis for new bike design Performed quantitative frame deflection tests to characterize frame behavior under load Built/worked on electric bikes for testing/ride testing Show less Created presentations to provide engineering and business justification for the purchase of $200k MTS fatigue/destructive testing system, $55k Coordinate Measurement System, and $25k shock dyno. Equipment enabled R&D, testing, and precise measurement to optimize suspension/other subassembly design and quality control for improved ride experience. CEO/Board approved equipment purchase based on these presentations Put in place CAD based tolerance stack-up analysis to more efficiently… Show more Created presentations to provide engineering and business justification for the purchase of $200k MTS fatigue/destructive testing system, $55k Coordinate Measurement System, and $25k shock dyno. Equipment enabled R&D, testing, and precise measurement to optimize suspension/other subassembly design and quality control for improved ride experience. CEO/Board approved equipment purchase based on these presentations Put in place CAD based tolerance stack-up analysis to more efficiently identify possible tolerance issues that could cause subassembly failures Performed bike drop tests, analyzed data trends for suspension variables, and proposed framework to assign numerical suspension settings tailored to ride type preference Created BOMs and formalized/dimensioned engineering drawings for manufacturer use Derived trigonometric formula to calculate key bike geometry variable, enabling competitive analysis for new bike design Performed quantitative frame deflection tests to characterize frame behavior under load Built/worked on electric bikes for testing/ride testing Show less

DECA and FBLA Business Clubs Chapter President

• Jan 2018 - Apr 2020

Mechanic

• Feb 2019 - May 2019

Worked on repairing donated & damaged bikes to be sold and disassembling bikes to be recycled Worked on repairing donated & damaged bikes to be sold and disassembling bikes to be recycled

Mechanical Design Team Lead

• 2017 - 2019

CAD design work and leadership: ex. Cascade Elevator, Pneumatic Tri-arm Intake for robot; assemblies integral to functionality of robot and success in competition Fabricated parts in metal shop using lathe/mill/carbon fiber 3D printer CAD design work and leadership: ex. Cascade Elevator, Pneumatic Tri-arm Intake for robot; assemblies integral to functionality of robot and success in competition Fabricated parts in metal shop using lathe/mill/carbon fiber 3D printer