Mechanical Design & Operations
Supported product and process development by combining rapid iteration with disciplined systems thinking to improve reliability and execution speed.
Mechanical Engineer
I build systems people call unrealistic, then make them run in the real world — from turbocharging my own car as a teenager to engineering practical solutions that balance performance, reliability, and craft.
I am a Mechanical Engineering student at McMaster University with a 3.8 GPA, focused on turning rigorous analysis into tangible outcomes. I like precision, but I also care about how things feel in the hand and in daily use, whether I am tuning a drivetrain, refining a prototype, or shaping a workflow. Outside technical work, I recharge through baking, car projects, and Japanese design culture that values restraint, utility, and intentional detail.
Supported product and process development by combining rapid iteration with disciplined systems thinking to improve reliability and execution speed.
Collaborated across hardware and software teams to prototype assistive technology systems with manufacturable mechanical architecture.
Built a high-efficiency mechanism under strict constraints, optimizing for accuracy, assembly speed, and repeatability.
Designed and tuned a complete turbo setup, balancing thermal management, fueling, and reliability on a real street platform.
Led a compact team to deliver a full concept-to-test cycle under deadline pressure with clear documentation and handoff.
Email: raminsyed33@gmail.com