Erik S

Mechanical Engineering graduate from the University of Victoria with hands-on experience in mechanical design, manufacturing, fabrication, and electromechanical product development. Experienced in developing 2D production drawings and 3D CAD models, programming CNC machining operations, and assembling, testing, and troubleshooting mechanical systems. Strong practical understanding of design for manufacturing and assembly (DFM/DFA), dimensional tolerances, fabrication constraints, and iterative design improvement.

CAD Designer/CNC Programmer at Stone Age Marble (2026-03 – Present)

• Translate site measurements, project specifications, and customer requirements into accurate, detailed, fabrication-ready AutoCAD drawings.
• Prepare CNC programs and toolpaths in EasyStone for cutting, machining, and finishing of stone components.
• Support CNC production through machine setup, tooling selection, vacuum workholding, and troubleshooting.
• Refine drawings and machining processes to accommodate fabrication constraints, resolve production issues, and improve manufacturing accuracy.
• Maintain production drawings, machining files, and revisions to reflect project-specific requirements and design changes.
• Perform site and shop-floor measurements to verify dimensions, resolve discrepancies, and ensure accurate fit and installation.

Naval Architecture Co-op at Babcock Canada (2023-09 – 2023-12)

• Supported a submarine engineering project in a highly regulated, safety-critical manufacturing and maintenance environment.
• Produced and revised detailed 2D production drawings and controlled engineering documentation in accordance with quality and configuration-management requirements.
• Incorporated engineering redlines, field measurements, and inspection findings into accurate drawing revisions.
• Collaborated with engineers, naval architects, technicians, and inspection personnel to resolve dimensional discrepancies, fitment issues, and production challenges.

Mechatronics R&D Co-op at Neil Squire Society (2022-09 – 2023-04)

• Designed, assembled, and tested electromechanical assistive devices, translating user needs into functional mechanical and electronic solutions.
• Developed 3D CAD models, assemblies, and dimensioned drawings for prototype fabrication and mechanical integration.
• Designed housings, brackets, mounts, and mechanical components with consideration for manufacturability, tolerances, strength, cost, and ease of assembly.
• Integrated mechanical components, sensors, motors, drivers, and microcontrollers through hands-on assembly, wiring, and testing.
• Diagnosed mechanical misalignment, wiring faults, and tolerance-related issues, implementing iterative design improvements.
• Documented test results, design changes, and technical findings to support design reviews and development decisions.

Bachelor of Engineering (Mechanical) in Mechanical – University of Victoria (2019-09 – 2025-12)