As a Co-op student, I specialized in integrating backend data with a clean UI while keeping the End-User in mind

• Designed and built the Visual Thinking Company’s personal website
• Used BigQuery and MySQL to manage databases and organize data for easy presentation
• Designed user friendly dashboards to help present school data to prospective students and parents

Led a team of First-Year Engineers to represent the University of Waterloo at the 2025 Ontario Engineering Competition

• Used fundamental iterative Engineering principles to solve real world problems through design challenges.
• Led my team to win the Waterloo Engineering Competition to qualify for the Ontario Engineering Competiton by designing and iterating until we were able to develop the best bridge
• Led my team at the Ontario Engineering Competition where we designed a boat that could travel a length before being loaded with various weights
  • To prevent capsizing, we designed a weight distribution system and used adhesive materials to lock our cargo in place

Joined the UWaterloo Formula Electric team on The Electric and Traction subteams.

• Designed Multi-Layer PCBs in KiCAD 8.0 for car’s brake lights
• Designed and Milled Rear Motor Mounts in Solidworks 2025 and produced using a CNC Milling Machine

Self employed, paid tutor for STEM based courses such as Physics, Math, Chemistry, and CS.

• Tutored students ages 13 – 18 in STEM-based subjects including: chemistry, physics, calculus, pre-calculus, and computer science
• Organized lesson plans, prepared worksheets to personalize each session for clients of various learning needs

I founded the robotics club at my school in order to teach both elementary and middle/high school students how to hone their creativity to build robots.

• Founded the robotics club at my high school out of a need for STEM-based learning outside of the classroom
• Taught elementary, middle, and high school students to build robots (e.g. Lego Mindstorms and VEX Robotics) and how to program in languages such as block programming, Python, and JavaScript to integrate into their robot builds
• Taught more advanced students how to integrate microcontrollers into builds and some basic electronic logic principles and digital storage (SR latches, D latches, etc...)

I mentored students for their science fair projects, while also working on my own project.

Most Recent Science Fair Project: NeuroScan.AI; A Python-Based CNN that can predict various types of tumors from an MRI scan.

• Mentored student’s science fair projects through providing feedback on lab reports, assisting in developing a testable hypothesis, and facilitated mock judging sessions to improve their projects
• Developed a convolutional neural network that can accept MRI scans from various acquisition angles (e.g. sagittal, coronal, and axial) to accurately predict if there is a tumor (94% accuracy) and to provide tumor sub-classification to aid physicians in performing a more accurate diagnosis sooner
• Developed a video game aimed for children with autism spectrum disorder to improve their bilateral coordination by incorporating various exercises given to them by a pediatric physical therapist
• Developed an Arduino-based low-cost prosthetic hand to improve accessibility of bionic prosthetics for the general public

For the Southpointe Model United Nations (SPAMUN) conference, I managed the technological side of the conference

• Designed and perfomed full stack web development in HTML, CSS, and JS for the conference's web site
• Constructed an inhouse Wi-Fi network for use by the delegation staff and conference delegates (over 200 users)
• Created digital forms such as delegate registration, committee / delegation assignments, & the country matrix using JotForm, Google Forms, and Google Sheets
• Implemented all Audio / Visual (A/V) aspects of the conference (e.g. microphones, projectors, video sound)
• Installed all the software necessary for the conference to run smoothly and performed necessary trouble shooting