ENGINEERING STUDIO PORTFOLIO

My Position in Context

I approach engineering design as creating systems that are informed by humans and made for humans. As emerging technologies become more accessible, I believe we are becoming less conscious of their broader human implications. Consequently, my core design principle is simple:

engineer for humans.
English

Human-centric design has guided several of my projects, often beginning with direct input from stakeholders and iterating based on their feedback. When I create projects, I consider who I am designing for and value the group or individual's perspective chiefly.

As a result, this portfolio shows how humans are considered throughout my design process. This portfolio is an engineering design in itself and will be presented to a diverse community.

However, designing for humans is not always straightforward. Stakeholders often have conflicting needs, and prioritizing accessibility can come at the cost of performance, cost, or development time. In some cases, user intuition may even conflict with quantitative data. Because of this, I see human-centered design not as blindly following user input, but as carefully interpreting it within engineering constraints. This requires making tradeoffs, and being accountable for them.

I tend to favour technically efficient solutions, which can sometimes overlook user experience. To mitigate this, I actively consider stakeholder perspectives, iterate on and revisit decisions, use quantitative criteria, and intentionally challenge my assumptions. Throughout this portfolio, I highlight where I have used these methods and reflect on how they were effective.

PROJECT 01 - Praxis 2

Variable Swim Resistance Device

SUMMARY

This project looked into the limitations of current resistance-training equipment used by swimmers at the Mississauga Aquatic Club. Existing devices typically require swimmers to stop and swap equipment, or lack sufficient resistance modes for different swim levels. Our final design was the Aqua Birdie: a waist-mounted variable drag device with a twisting cone mechanism that opens and closes flaps to vary resistance, while a central spill hole improves stability in the water.

PROJECT 02 - CIV102

CIV102 Matboard Bridge

SUMMARY

The goal of this project was to design and document a bridge for a moving train load through iterative prototyping, calculations, and testing of a matboard bridge subjected to weighted freight trains. Starting from a provided baseline design, the team iterated and refined the bridge to maximize failure loads using MATLAB-aided analysis, converging on a box bridge with a pi-beam cross-section, stiffeners, and a central diaphragm.

PROJECT 03 - Praxis 1

Anti-Smudging System for Left-Handed Engineering Science Students

SUMMARY

This project addressed the issue of whiteboard smudging experienced by left-handed Engineering Science students in the common room. Due to natural writing motion, users frequently smudged ink, reducing legibility and causing discomfort. The goal was to reduce smudging while maintaining writing speed and comfort. Our final design was a system combining a permanent marker, isopropyl alcohol solution, and microfiber cloth, allowing writing without smudging and efficient erasing.