Mason Kurek
Work Experience
(Work + Certifications)
University of Victoria
Maker Space Assistant
May 2026 - Aug 2026
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At the Makerspace, I worked on projects involving technical training, equipment support, student guidance, and hands-on fabrication. My role primarily focused on helping users safely operate tools such as 3D printers, laser cutters, CNC equipment, vinyl cutters, and other prototyping resources. I also supported users with design troubleshooting, material selection, machine setup, and general project development to help them move from an idea to a finished prototype.
I also worked on developing lesson plans and workshop material to improve the training process for new and certified makers. This included creating manuals, safety procedures, demonstrations, and practical learning activities for equipment-based workshops. My goal was to make the Makerspace more accessible, efficient, and safe while helping students build confidence with technical tools and manufacturing processes.
Chicane Systems
3D Design and Manufacturing
May 2025 - Aug 2025
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At Chicane Systems, I worked on projects involving motorsport product development, 3D modelling, and simulator design. My role primarily focused on creating and refining SolidWorks models, technical drawings, assemblies, and manufacturing-ready components for racing simulators and Formula One-inspired memorabilia. I also supported prototype development through 3D printing, part inspection, and design improvements to ensure each component was practical, accurate, and ready for production.
In addition, I worked on research and development to improve the performance, realism, and manufacturability of Chicane Systems’ products. This included exploring design concepts for simulator structures, aerodynamic components, and replica racing parts
PCL Canada
Estimating Student
Jan 2025 - Apr 2025
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------------------------------------------During my time as an estimator at PCL, I was actively involved in the preconstruction phase of the North Shore Wastewater Treatment Plant project. My role required precision in performing quantity takeoffs, ensuring accurate cost assessments for materials and labor. I also engaged in contractor outreach, gathering competitive bids and strengthening industry connections. Through document analysis, I developed a keen eye for project specifications, identifying critical details that influenced cost projections and construction feasibility.
Beyond technical skills, my experience expanded my professional network within the construction industry. I conducted site visits, gaining firsthand exposure to real-world construction challenges and best practices. I also became proficient in Stack and various estimating tools, streamlining workflows and improving efficiency in bid preparation. This role not only deepened my expertise in estimating but also provided valuable insight into project management and execution, reinforcing my passion for the construction industry.
Babcock Canada
Technology and Innovation
Jan 2024 - Apr 2024
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At Babcock, I worked on projects applying artificial intelligence for risk analysis, machine/part failure, and document classification. My role primarily focused on testing and refining two AI models while noting and requesting features to increase site efficiency. The ultimate goal of these applications was to improve the management and accessibility of documents using AI algorithms trained from past company solutions.
In addition, I worked on research and development to find and propose various projects to increase our technology's efficiency both in the office and in combat. This initiative aimed to use predictive analytics to anticipate potential malfunctions in maritime and aerospace defence assets (submarines, jets, and ships). By accurately predicting part failure, we aimed to address maintenance needs ahead of schedule, ensuring these critical defence vessels' operational readiness and reliability.
Turbomachinery for Emerging Space Applications:
Liquid Rocket Propulsion – Online Course (Started March 11, 2024)
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LEARNING OBJECTIVES
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Going from mission requirements to turbopump design
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Liquid rocket engine cycles
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Understanding how turbopumps fit into a launcher vehicle
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Modelling fluid properties
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Designing subsonic and supersonic axial turbines for space application
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Designing cryogenic pumps for the propellants involved
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Specificities of rocket pumps compared to industrial ones
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Understanding system behaviour when all turbopump parts are coupled
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Secondary flows
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Rotordynamics
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Benefits of flexible, integrated, multi-disciplinary design software
Ad Astra 3D
(Entrepreneure and Design)
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At AD ASTRA 3D, a 3D modelling company, we specialize in bringing the broken, irreplaceable fixtures back to life through the use of 3D printing. Our team excels in custom 3D projects with a keen focus on recreating out-of-market exterior lighting and plumbing pieces, alongside a variety of freelancing endeavors. Using a suite of tools including SolidWorks, Blender, Lidar scanning, and 3D printers, we craft props and helmets out of various materials while also noting each fixture in our obsolescence database for future inquiry. Our passion for innovation and precision in 3D modelling has positioned AD ASTRA 3D as a go-to source for 3D design and production needs.
