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102,332 / 115,477
Skill pts: 0
2D & 3D by Solidworks Ansys Workbench CAD Design
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Experience

  • Undergraduate Researcher University of British Columbia Department of Mechanical Engineering · Internship May 2024 – Aug 2024 3 mos Vancouver, BC, Canada - Implemented a surface mechanical grinding treatment (SMGT) using a milling machine on High Entropy Alloys (HEAs) to create a gradient grain structure, enhancing mechanical properties
    - Cut processed HEA samples into Dog-Bone specimens for tensile testing using a water-jet machine
    - Used MATLAB and Atomsk to create atom-scale gradient nano-grain and uniform grain sized HEA samples for Molecular Dynamics (MD) simulation
    - Simulated tensile tests of gradient nano-grain and uniform grain sized HEA samples at various gradient rates and grain sizes through MD simulation using LAMMPS
    - Completed a detailed engineering report, outlining simulation inputs and SMGT parameters to ensure repeatability and concluded that larger grain sizes have superior mechanical properties in samples around the 10-7 m size range

Education

  • University of Toronto Bachelor of Applied Science and Engineering (B.A.Sc), MECHANICAL ENGINEERING 2023 – 2025

Other experience

  • University of Toronto Formula Racing Team (UTFR) Brakes Senior Member Sept 2024 – Present
    - Presented the brakes system to judges at Formula SAE Hybrid + Electric in New Hampshire during preliminary and final design presentations, contributing to a 1st place in design presentations and 2nd place overall
    - Designed and modelled brake system components in SolidWorks, using various materials such as aluminum, steel and carbon fiber.
    - Manufactured components of the brake system using lathes and mills to tolerances of ±0.001′′
    - Created detailed engineering drawings and BOMS for brakes components in SolidWorks
    - Performed Finite Element Analysis on various components of the brakes system to ensure their structural safety using Ansys Workbench
    Senior Member Jan 2024 – Present
    - Performed Finite Element Analysis on a motor mount for the autonomous steering system to find the minimum thickness meeting safety factors using Ansys Workbench
    - Manufactured various components of the aerodynamics package during composite layups, using materials such as carbon fiber and Kevlar

Licenses & Certifications

  • SolidWorks CAD Design Association (CSWA) SolidWorks Dec 2024 – Present
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Joined: May 8, 2025

Last seen: May 12, 2025

Location

Burnaby, Canada