Taylor Verhoeven

Mechanical Engineering @ McGill University

Focused on fluid dynamics, aerodynamics, and manufacturing processes.

I'm a third-year Mechanical Engineering student at McGill University with a minor in Applied Artificial Intelligence. What draws me most to mechanical engineering is fluid dynamics and aerodynamics. I love understanding how airflow can be controlled in different ways, whether through geometry, pressure differentials, or surface interactions. I'm equally fascinated by manufacturing and the challenge of taking a design from simulation to a finished, functional part.

I've gained hands-on experience through projects involving rocket propulsion systems, injection molding design, and CNC machining.I'm proficient with CAD/FEA tools like SolidWorks, NX, and Abaqus, as well as programming in Python and C++.

Outside of engineering, I enjoy the outdoors, snowboarding, and soccer. I hold certifications in First Aid, SVOP, and I'm a Level 1 snowboard instructor.

Projects

2025

Light Fixture Manufacturing Process

Designed the part and complete manufacturing process for a light fixture using injection molding. Mold halves manufactured via CNC machining with part prototype modeled using 3D printing.

CNC MachiningInjection Molding3D PrintingDFM
2024-25

McGill Rocket Team - Propulsion

Worked on the propulsion sub-team using NX CAD software to design fuel tank doors and intake valve for the liquid injection combustion engine. Gained foundational knowledge in rocket design and propulsion systems.

NX CADPropulsionFluid FlowTeam Collaboration
2024

Drone Design Competition

Participated in a team competition to design a drone capable of precisely ascending to and hovering at 1 meter. Used SolidWorks CAD software for aerodynamic design and structural analysis.

SolidWorksAerodynamicsTeam CompetitionControls

Contact

I'm currently open to internship opportunities and collaborative projects. Feel free to reach out if you'd like to discuss mechanical engineering, design challenges, or potential opportunities.

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