BASc Engineering Science
University of Toronto · Expected May 2029
Building a foundation across analysis, computation, design, prototyping, testing, and technical communication.
Second-year Engineering Science · University of Toronto
Engineering decisions, carried through to evidence.
I’m Jan Kazimierczak, a second-year Engineering Science student at the University of Toronto, graduating in 2029. Across coursework and personal projects, I use analysis, computation, prototyping, and testing to make decisions that can be inspected—not just presented.
- Course work
- Structures · mechanisms · design
- Personal work
- Experiments · software · technical systems
- Evidence
- Reports · prototypes · working software
Selected work
From structural models to built experiments.
Start with selected projects that show different kinds of engineering evidence, then open the complete library to browse by context.
01 / Structural systems
Bridge design and analysis
Python-aided analysis, fabrication, and load testing.
02 / Mechanism + vision
Automated screw sorting device
CAD, Raspberry Pi vision, and mechanical sorting.
03 / Experimental aerodynamics
Orbital-booster aerodynamics
Custom wind tunnel, 18 grid-fin variants, sensor acquisition, and statistical comparison.
04 / Human-centred design
BikePack Buddy
Stakeholder research, proxy testing, and convergence.
Developing practice
Where the work is growing.
Course teams, personal projects, and earlier hands-on making each develop a different part of the same practice: reason carefully, communicate directly, and test what can be tested.
Evidence under shared constraints
Engineering Science coursework
Working through trade-offs, documenting decisions, and separating requirements, predictions, measurements, and recommendations.
Model-scale aerodynamics
Wind tunnel · grid fins · data analysis
Connecting physical test infrastructure, parameterized fabrication, sensor acquisition, and statistical comparison in one documented study.
Hands-on making
Science symposium · stage construction
Science-symposium work and high-school stage construction shaped an emphasis on planning, safety, and raising concerns when a method appears weak.
Contact
Interested in the decisions behind the work?
Email is the most direct way to discuss engineering projects, research, student opportunities, or technical collaboration.