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Garret is building space solutions.

i build things that have to work.

i think engineering makes the world a better place.

i think the interesting problems are the real-world problems.

i think modeling and simulations are only useful to a point.

i think preparation is key.

i think the best moment is when your solution breaks out of the target industry.

i want to work on the things that inspire.

PRESET mission patch — Pitch Resolving Spectroscopy for Electron Transport, McMaster
Mission Controlground software
ACHIEVED 2025 · TEAM REDHORIZON
33.87° S · 151.21° E
© OpenStreetMap contributors
presented at
Space Generation Congress · IAC 2025
International Astronautical Congress 2025, SydneySpace Generation Advisory Council
REACTa shelter for DCS on Mars EVAs
KINECTRICS · 2025 —
on grid
adjuster rodscalandria
reactor power
97.4 % FP
flux tilt within limits
Baseloadsupporting Ontario's grid
HYDROGEN OPTIMIZED · COMSOL
2 OF 2
H₂O₂
hyperelastic seal · nonlinearconverged
Electrolysis Cellsmeshed and squeezed until they stopped leaking
MCMASTER ENGINEERING PHYSICS · TA
2024 – 2025
∇ × E = − ∂B/∂t
d/dt (∂L/∂q̇) − ∂L/∂q = 0
electromagnetismcomputational dynamicsMAPLEFlexPDE
Teachingelectromagnetism, dynamics, and how to make MAPLE behave
01 · about

The short version

Engineering physics by training, mission software by habit, and a persistent interest in things that have to survive their environment.

I'm a Mechatronics and Biomedical Engineering student at McMaster, currently doing electrical, instrumentation, and controls work at Kinectrics — which mostly means reviewing the drawings, calculations, and simulations that keep Ontario's nuclear plants running.

The rest of my time goes to the McMaster Interdisciplinary Satellite Team, where I lead the software behind mission control for PRESET: the scheduler that issues timed commands, the schemas that keep telemetry honest, and the ground tooling an operator actually has to use during a four-minute pass.

In between there has been electrolysis cell design at Hydrogen Optimized, two semesters as a teaching assistant, and a hyperbaric shelter for Mars EVAs that took our team to the Space Generation Congress in Sydney.

based
Hamilton / Toronto
graduating
April 2027
looking for
Space & energy systems
education
McMaster University
Mechatronics + Integrated Biomedical Engineering & Health Sciences
Sept 2022 — Apr 2027 · Hamilton, Ontario
honours
  • McMaster Award of Excellence
  • Dean’s Honour List
  • Computer Science Award
coursework
Electromagnetism & WavesComputational MechanicsAnalog & Digital CircuitsSignals & SystemsThermal Systems DesignCoding in C
instruments
what I reach for
Python
C
C++
TypeScript
React
Next.js
Node.js
Three.js
Tailwind
Firebase
Flutter
MongoDB
on the bench
  • COMSOL Multiphysics
  • NASTRAN / Inventor
  • MATLAB & Simulink
  • MAPLE · FlexPDE
  • Grafana · InfluxDB
  • Keycloak · OAuth2
certified
National LifeguardAutodesk Inventor: Stress AnalysisCPR / AED / First AidLevel 1 Ski Instructor
02 · flight log

Where the hours went

Six entries, two of them still open.

  1. 2025 —

    Kinectrics

    Toronto, ON
    Electrical, Instrumentation & Controls Engineering Co-op
    • Consulting on Ontario grid power generation with Bruce Power’s nuclear plant.
    • Evaluating drawings, documents, simulations, and calculations for nuclear facilities.
  2. 2023 —

    McMaster Interdisciplinary Satellite Team

    Hamilton, ON
    Mission Operations Lead & Software Developer
    • Leading a team of six building the mission control software for the PRESET mission.
    • Standardized schemas and backends with the Canadian Space Agency in the loop.
    • Built the command scheduler that issues timed satellite commands, saving operator hours.
  3. Jan – Apr 2025

    McMaster University

    Hamilton, ON
    Teaching Assistant — Electromagnetism
    • Supported course delivery, grading, and student learning in electromagnetism.
  4. Sep – Dec 2024

    McMaster University

    Hamilton, ON
    Teaching Assistant — Computational Dynamics
    • Taught vibrations, motion, and Lagrangian mechanics through MAPLE and FlexPDE.
  5. May – Aug 2024

    Hydrogen Optimized

    Owen Sound, ON
    Electrolysis Cell Design Co-op
    • Improved cell design with multiphysics FEA in COMSOL, including nonlinear and hyperelastic materials.
    • Automated simulation sweeps in Python via curve fitting and gradient descent.
    • Worked with manufacturers on leakage prevention and performance.
  6. May – Aug 2023

    Hydrogen Optimized

    Owen Sound, ON
    Manufacturing Engineering & Procurement Co-op
    • Modeled electrochemical mechanisms in COMSOL to raise electrolyzer efficiency.
    • Designed heavy-duty fixtures rated past 10,000 lbs and verified them with NASTRAN/Inventor FEA.
03 · ground station

Reach Out!