Built with
purpose

Built with
purpose

From CAD models to software builds — engineering work driven by curiosity, precision, and a genuine love for the craft.

2

YEARS AT MCMASTER

5+

PROJECTS COMPLETED

8

TOOLS & LANGUAGES

IB HL

MATH • PHYSICS • CHEMISTRY

Engineering
philosophy

"Good engineering starts with understanding the problem fully before touching a tool. I love the elegance of a simple solution — but I'll happily go as deep as the work requires."

I got into engineering because I've always been drawn to understanding how things work — and then figuring out how to make them work better. Two years into Mechanical Engineering at McMaster, that curiosity hasn't dulled once.

I don't jump to solutions. I sit with the problem first — ask what's actually being asked, who it's for, and what constraints I'm working within. Sometimes that leads to something beautifully simple. Other times it leads somewhere deep and complex. Either way, I'm happy to go there.

What drives me isn't just building things — it's building things that are genuinely worth building.

My engineering
process

01

Define

Understand the problem fully before touching a tool. Ask the right questions.

02

Research

Study existing solutions, constraints, and relevant engineering principles.

03

Design

Sketch, model, and iterate. Start simple — add complexity only when needed.

04

Prototype

Build it. Get something physical or functional as early as possible.

05

Refine

Test, learn, and improve. No corner cutting — every detail matters.

Engineering
projects

Mechanical

★ FEATURED

Circle-Drawing Robot

This robot draws a perfect circle on a 24 inch piece of chart paper. It's unique design incorporates detaching a spinning disk with a marker mounted inside with a stationary hub.

CAD

Prototyping

EXPLORE →

Mechanical

★ FEATURED

Circle-Drawing Robot

This robot draws a perfect circle on a 24 inch piece of chart paper. It's unique design incorporates detaching a spinning disk with a marker mounted inside with a stationary hub.

CAD

Prototyping

EXPLORE →

Software

Trudget

Trudget is a completely free budgeting app, allowing users to track their spending habits and reach their financial goals faster.

Swift

SwiftUI

EXPLORE →

Mechanical

Airport Luggage Mechanism

We built a Python-based passenger check-in system and designed a calculated pivoting mechanism to autonomously sort and transport airport luggage.

CAD

Python

Prototyping

EXPLORE →

Mechanical

Vegetable Cutter

We designed a safe, accessible vegetable cutting tool for a user with Usher's Syndrome. We used 3D modelling, hardware fabrication, and human-centered design.

CAD

Research

Prototyping

EXPLORE →

Research

Wastewater Treatment Plant

We selected the optimal filtration material for a nuclear wastewater treatment plant through material performance indices, sustainability analysis, and porosity-adjusted mechanical calculations.

Research

Report

EXPLORE →

Education &
coursework

UNIVERSITY • 2024 — PRESENT

McMaster University

Bachelor of Engineering — Mechanical Engineering
Hamilton, Ontario • Year 2

THERMODYNAMICS

DESIGN ELEMENTS

ENGINEER 1P13

STATICS & MECHANICS

IB DIPLOMA • COMPLETED

International Baccalaureate

Higher Level subjects — rigorous pre-university preparation with an emphasis on analytical and scientific thinking.

MATH HL

PHYSICS HL

CHEMISTRY HL

Tools &
skills

CAD & MECHANICAL

AutoDesk Inventor

Advanced

SolidWorks

Proficient

PROGRAMMING & SOFTWARE

Python

Proficient

Swift & SwiftUI

Advanced

MatLab

Intermediate

Awards &
achievements

DESIGNATHON • CAD CHALLENGE WINNER

DESIGNATHON • CAD CHALLENGE WINNER

CAD Blindfolded Duo Challenge

CAD Blindfolded Duo Challenge

Competed in a designathon CAD side challenge requiring precision, communication, and speed under pressure. One teammate viewed an engineering drawing on screen while the other — seated opposite, unable to see the drawing — had to 3D model the part exactly from verbal description alone. My partner and I replicated the parts exactly, winning the challenge.

Competed in a designathon CAD side challenge requiring precision, communication, and speed under pressure. One teammate viewed an engineering drawing on screen while the other — seated opposite, unable to see the drawing — had to 3D model the part exactly from verbal description alone. My partner and I replicated the parts exactly, winning the challenge.

Looking for an
engineer?

Whether it's a CAD project, a software build, or something in between — I'd love to hear what you're working on.