About
Hi, I'm Maxim!
I’m a skilled CAD designer with years of experience creating precise, high-quality 2D and 3D models for engineering, architecture, manufacturing, and product design. Whether you need detailed technical drawings, mechanical components, DFM, DFA and more I can turn your ideas into accurate digital models using industry-leading software like AutoCAD, SolidWorks, CATIA, Fusion 360 and OnShape. I am also experienced with FEA and real life manufacturing principles.
Ready to bring your project to life? Send me a message to discuss your requirements — I’m here to help!
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Experience
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R&D Engineer
North Arc · Internship
May 2025 –
Present
7 mos
Mississauga, ON, Canada
• Designed and implemented a full turn-key solution for an automated tester used for TriggerTech products
• Engineered a robust mechanical system in SolidWorks, incorporating real-world manufacturing constraints, GD&T
standards, DFMA principles, and testability considerations
• Programmed a Linux-based control system integrating high-precision electronic components using feedback loops, data
collection and high speed camera capture with edge detection protocols
• Fully assembled and fitted mechanical and electronic components into an all in one, ready to use package
• Tested and iterated testing solution, improving defect detection and RCA capability
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Capstone Project
V-Trail · Self-employed
Jan 2025 –
Present
11 mos
Hamilton, ON, Canada
• Designed and assembled an auto-balancing motorcycle concept with variable frame geometry
• Conducted FEA analysis and ADAMS simulation for concept development and feasibility analysis
• Programmed an auto-balancing and frame movement control system for high-speed and low-speed environments
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Mechatronics Design Member
McMaster University · Part-time
Sep 2024 –
Dec 2024
3 mos
Hamilton, ON, Canada
• Designed and assembled CAD components in Solidworks employing mechanical design principles
• Implemented sensors and actuators for full control and data collection during operation
• Programmed and designed remote control operation of boat employing RC and PWM principles in Arduino code
Education
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McMaster University
Bachelor of Technology, Automotive Engineering, 3.0
2021 – 2025
• Developed fundamental engineering skills in Statics, Fluid Mechanics, Kinematics and Dynamics, Computer Aided Design,
C++ and Python programming, Mechatronics, Embedded Systems, Business, Finance and Economics
• Attended 750 laboratory hours, applying theoretical knowledge to hands on engineering skills and innovation
• Completed a 12 month Capstone final project, conceptualizing, designing and building an innovative, self-funded project
• Completed an additional 600 level graduate course during undergraduate studies