Samuel Barsky Email & Phone Number

Toronto, Ontario, Canada

• Implement standardized workflows for shape capture, design, and 3D printing of custom prosthetics and orthotics, enabling clinicians to work more efficiently.
• Perform 3D scanning of clients for custom prosthetic and orthotic fitment, collaborating with clinicians to meet individualized needs.
• Operate and maintain in-house 3D printing software and hardware, supporting device production and workflow optimization.
• Collaborate with research engineers to refine prosthetic and orthotic designs and drive innovation in clinical patient care.

Toronto, Ontario, Canada

• Conduct rapid prototyping and testing of innovative designs for production utilizing simulations and FEA.
• Design parts for machining, stamping, casting, forging, 3D printing, and injection molding.
• Design of automotive components for manufacturability, material selection, durability, GD&T requirements, and design aesthetics as part of a 16-person engineering team.
• Negotiate pricing and manage drawing packages with 25+ global suppliers.
• Analyze component modes of failure and develop solutions (DFMEA).
• Designed over 750 unique manufactured parts equating to over $40,000,000 in revenue.

• With the increased demand for personal protective equipment during the pandemic, I wanted to help by manufacturing and donating face shields to hospitals and long-term care facilities, utilizing 3D printed components.
• Optimized design and manufacturing processes to increase production speed by 67% and reduce material waste.
• Utilized crowdfunding to cover costs.
• Manufactured and donated over 400 face shields to long term care facilities.

Vaughan, Ontario, Canada

• Executed lifecycle testing, analyzed data, and presented results for OEM vehicle production parts.
• Led the design and manufacturing of a sound test chamber for quality control, improved ergonomics based on operator feedback, and conducted sound testing on components for Ford and Chevrolet Bolt autonomous vehicles.
• Programmed and operated CMM (coordinate-measuring machine) to verify component GD&T.

Kingston, Ontario, Canada

• Manufactured carbon fiber and metal components in the machine shop, utilized GD&T principles.
• Designed carbon fiber components for engine.
• Created renshape molds for carbon fiber wet layups.

Toronto, Ontario, Canada

• Designed and manufactured Italian dishes in a fast-paced work environment.
• Mastered tossing pizza dough.