Investigated and resolved discrepancies in stock counts and ensure to maintain optimal inventory levels to ensure
sufficient inventory is available for the sales of that week
Auditing the bill of lading and packing slips for every shipment received and accurately completed waybills and
manifests for couriers to ensure a smooth and efficient distribution process
Skillfully operated heavy-duty warehouse machineries, including pallet trucks, baler, compactor, and WAV (Work
Assist Vehicle), streamlining warehouse operations and optimizing material handling
Project Coordinator (Intern)
Magna International
06.2021 - 08.2021
Supervised the assembly line's progress for the projects to ensure strict adherence to customer specifications and
industry standards throughout the design and build phases
Designed plant layouts and conducted detailed examinations and simulations of machine drawings using
AutoCAD and Autodesk Inventor resulting in optimized and validated designs
Calculated thorough dimensional analyses using test jig fixtures on parts, ensuring precision and readiness for
deployment
Communicated with the stakeholders to explain the challenges, brainstorm solutions and establish realistic
implementation timelines
Mechanical Design Engineer (Intern)
Amphenol Canada
06.2019 - 08.2019
Designed and assembled socket pins and connectors according to specifications and drafted detailed engineering
drawings utilizing SolidWorks
Accurately updated the bill of materials and process sheets to reflect changes made to existing parts, facilitating
seamless production and assembly processes
Collaborated closely with manufacturing engineers and specialists, actively participating in design reviews and
gaining approval for design modifications, fostering effective teamwork and synergy between engineering and
production teams
PROJECTS
Two, Wheeled Self-Balancing Medical Assistive Robot | Ontario Tech University, April 2022
Designed precise CAD drawings and electrical schematics for comprehensive project documentation and
simulation, ensuring accuracy and efficiency in the development process
Conducted rigorous tests on electrical components individually and as a system to ensure compatibility and
optimal performance
Programmed utilizing Arduino and C to analyze input from sensors and efficiently manage power delivery to
motors, enhancing the vehicle's self-balancing capabilities10 Scale AWD Drift RC Car| June 2018
Researched, budgeted and sourced components including the motor, batteries, servos, motor controllers,
receivers and transmitters to complete the project with high performance specifications
Successfully wired through soldering and utilization of plugs and connectors to achieve a fully functional vehicle