Resume

EDUCATION

Toronto Metropolitan University, Toronto, ON May 2029

Bachelor of Engineering - Mechatronics Engineering

Certifications: WHMIS 2015 (Canadian Red Cross)

Chinguacousy Secondary School, Brampton, ON

Ontario Secondary School Diploma | Regional SciTech program | SHSM - Manufacturing

Awards: Honor Roll (All four years), Ontario Scholar, Scitech Resilience Award

Certifications: Standard First Aid & CPR with AED

ENGINEERING & TECHNICAL EXPERIENCE

Technical Display & Interactive Systems Lead, TMU Concrete Canoe, Toronto, ON September 2024 - Present

Designed and prototyped mechanical display systems and structural supports in SolidWorks, translating concepts into manufacturable components for competition presentation
Developed interactive electromechanical systems using Arduino-based hardware integration, wiring, and embedded programming
Created CAD models and assisted with CNC fabrication, material preparation, and assembly of custom components
Collaborated across multidisciplinary engineering teams under strict competition timelines
Contributed to team achieving:

Mechanical Team Lead, First Robotics Competition, Brampton, ON September 2021 - June 2023

Led mechanical subsystem design, fabrication, and assembly for competitive robotics platform
Produced CAD models and technical component designs for manufacturable robot systems
Operated shop tools and fabrication equipment during robot manufacturing and assembly
Conducted iterative testing and troubleshooting to improve system reliability and competition performance
Collaborated with electrical and programming subteams to support integrated robotic system functionality
Mentored junior members in fabrication, assembly, and engineering design processes
Helped team qualify for national-level competition

STEM Hackathon Mentor, Wolfhacks Peel Region, Brampton, ON April 2026

Mentored students in Grades 7–12 during a multi-day hackathon, providing guidance on engineering design, prototyping, and problem-solving approaches
Assisted participants with brainstorming, troubleshooting, and presenting technical project ideas in a fast-paced collaborative environment
Supported student teams in developing confidence in STEM, teamwork, and hands-on engineering concepts through mentorship and technical guidance

Technology & Innovation Judge, Founder's Den 2026, National Entrepreneurship Competition May - June 2026

Evaluated student ventures integrating artificial intelligence, automation, and data-driven technologies as core components of their business models
Assessed technical feasibility, innovation potential, implementation strategy, and overall venture viability using a standardized judging framework
Reviewed business plans and live presentations while collaborating within a national judging panel composed of industry professionals, founders, academics, and entrepreneurs
Supported the identification of high-potential ventures competing for national recognition and startup seed funding

ADDITIONAL EXPERIENCE

President, Chinguacousy Activist and Revolutionary Executive, Brampton, ON September 2021 - June 2024

Led initiatives focused on equity, mental health, and climate justice by coordinating over 15 events.
Organized and managed 4+ school-wide fundraisers, raising over $1000 for local and global causes, including BC flood relief.
Engaged peers in meaningful discussions on social change, fostering a more inclusive school culture.

Graphic Designer, Singh Grafix, Brampton, ON September 2022 - January 2023

Collaborated with a team to design advertisements and promotional materials for local businesses.
Communicated directly with clients to ensure satisfaction and gather feedback, improving design outcomes.
Managed multiple design projects simultaneously under tight deadlines, improving organization and client service skills.

Classroom Aide, Peel District School Board, Brampton, ON June 2020 - April 2022

Supported educators by working one-on-one with students, tailoring assistance to individual learning needs.
Promoted inclusion and engagement by helping students with academic tasks and classroom routines.
Maintained a safe and welcoming environment that encouraged participation and learning confidence.

SKILLS AND INTERESTS

CAD & Design: SolidWorks, AutoCAD, Autodesk Inventor, Technical Drawings, GD&T Fundamentals
Programming & Embedded Systems: Arduino, Python, MATLAB, C, C++, Embedded Systems Fundamentals
Manufacturing & Fabrication: CNC Machinery, Laser Cutting, 3D Printing, Mechanical Assembly, Rapid Prototyping, Hand & Power Tools
Testing & Analysis: Calipers, Precision Measurement Tools, Troubleshooting, Iterative Testing, System Integration
Software: Microsoft Office Suite, Google Workspace, Photoshop

Designed and fabricated a movable mechanical tentacle display stand capable of structurally supporting the concrete canoe during competition presentations
Developed load-bearing support structures while maintaining visual design and mechanical functionality
Modeled components in CAD and reinforced movable joints to improve stability, motion control, and durability
Selected lightweight materials to balance portability with structural integrity for repeated transport and setup
Assisted with fabrication, assembly, and iterative testing to validate reliability and manufacturability

Designed and developed an interactive electromechanical arcade-style display system for competition presentations
Created CAD models for mechanical housing and component integration focused on structural stability and clean system layout
Developed and wired Arduino-based embedded systems integrating sensors, actuators, and interactive controls
Conducted troubleshooting and repeated functional testing to improve reliability during live demonstrations and transport
Collaborated with team members to integrate technical functionality with competition presentation objectives

Designed and fabricated a mechanically actuated wing system using linkage-based kinematics to convert rotational motion into controlled flapping movement
Iterated linkage geometries and pivot placements in CAD to optimize motion range and mechanical efficiency
Reinforced high-stress regions and refined tolerances to reduce mechanical binding and improve structural durability
Built and tested physical prototypes to validate movement consistency and overall system performance

Designed and built an automated feeding system capable of dispensing controlled food portions at scheduled intervals using Arduino-based embedded control
Developed and optimized a dispensing mechanism to reduce clogging and improve feeding consistency
Programmed timed motor activation sequences and calibrated motor performance for accurate portion control
Integrated mechanical and electrical subsystems into a compact automated design through iterative testing and troubleshooting

Designed and modeled a functional wind-up self-parking vehicle in CAD under strict material and manufacturing constraints
Applied design-for-manufacturing principles to ensure all components could be fabricated efficiently from a single acrylic sheet
Optimized wheel placement, axle geometry, and chassis layout to improve movement stability and turning accuracy
Integrated a side plow mechanism to maximize successful interaction with competition obstacles

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