Hi there! I'm Yiqing (Simon) Zhi, a passionate mechanical engineering student at the University of Waterloo with a love for creating innovative and functional designs. I specialize in CAD modeling, engineering analysis, and enjoy turning complex problems into simple, elegant solutions.
When I'm not designing, you can find me exploring new engineering technologies, working on personal projects, or collaborating with teams on challenging mechanical systems. I also enjoy traveling around the world with my friends and parents, and playing sports such as snowboading, basketball, badminton, and cheering passionately for the Toronto Blue Jays - Go Jays Go!
SolidWorks, AutoCAD, CATIA, Kister 3D View Station, GD&T, Technical Drawing
CNC Machining, 3D Printing, Prototyping, Drill Press, Bandsaw, Lathe Machining, Waterjet Cutting
Profile Projector, CMM, Contour Tracer, ANSYS, Stress Analysis, Nital Etch Testing, Hardness Testing(Rockwell,Brinell)
MATLAB, Python, Minitab, C++, Java, HTML, Microsoft Word, Excel(VBA), PowerPoint
Scroll to explore the milestones of my career
Born with curiosity, started journey into engineering
Discovered passion for mechanical systems and design
Mechanical Engineering - ME100, ME101, Formula Electric team
PWO Canada - Process Engineering Linamar - Quality Assurance
Continuing to innovate and push boundaries in mechanical engineering
📍 Guelph, Ontario
Worked hands-on with precision inspection tools and data analysis to ensure automotive component reliability. Gained experience with CMM machines, profile projectors, and gear analyzers. Used Minitab for data interpretation and collaborated across departments to strengthen quality control.
📍 Kitchener, Ontario
Supported Process Engineering teams in optimizing production systems. Developed Excel VBA tools boosting productivity by 20%. Used SolidEdge and Kister 3D to optimize equipment, increasing stamping press speed by 30%. Led cost-reduction projects improving efficiency.
Designed high-performance CAD models and mechanical systems for next-generation electric race cars with chassis optimization focus.
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Collaborated with Shanghai startup to design and 3D print a four-foot spider robot with advanced mobility systems.
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Developed innovative sensory stimulation device using tickling and water spray to promote balanced circadian rhythms.
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Engineered a self-powered maze mechanism exploring motion control and mechanical design with precise navigation.
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Innovating weight-driven system demonstrating energy transfer through mechanical design and motion control.
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