Prototype Welder/Fabricator

Job Summary

SuperATV wasn’t born in a boardroom. It started with one mission: build parts that riders can trust. The same hands-on, do-it-yourself mindset still drives everything we do. Our fast paced and casual work environment is highly focused on “Working to Wow” our customers, community, and employees.

The Prototype Welder/Fabricator supports Product Engineering by building, modifying, and refining prototype components and assemblies. This role works closely with engineers and designers to transform concepts, drawings, and CAD models into functional prototypes used for testing, validation, and continuous improvement. The ideal candidate is highly versatile, detail‑oriented, and comfortable working in a fast‑changing, low‑volume environment.

Primary Duties

• Fabricate and weld prototype parts and assemblies using TIG, MIG, and other welding processes
• Work directly with Product Engineers to review designs, drawings, and concepts and provide manufacturability feedback
• Interpret CAD drawings, engineering prints, sketches, and verbal instructions
• Build first‑article prototypes and support design iterations and revisions
• Modify existing prototypes based on test results or engineering changes
• Select materials, tooling, and fabrication methods appropriate for prototype builds
• Perform cutting, forming, bending, drilling, fixturing, and assembly operations
• Ability to set up and operate fabrication equipment including welders, saws, grinders, sanders, cutting torch, hand-held plasma, drill press, iron worker, and basic hand tools.
• Inspect prototypes for fit, function, and weld quality
• Document build processes, issues, and improvement opportunities
• Maintain a safe, clean, and organized fabrication workspace
• Support testing, teardown, and root‑cause analysis as needed

Qualifications

• Ability to read and interpret engineering drawings and basic GD&T preferred
• Strong problem‑solving and critical‑thinking skills
• Ability to work with minimal direction in an evolving development environment
• Comfortable collaborating across engineering, testing, and manufacturing teams
• High attention to detail and craftsmanship
• Adaptability and flexibility with changing priorities
• Strong communication skills, both verbal and written
• Mechanical aptitude and hands‑on creativity
• Continuous improvement mindset

Education / Experience

• High school diploma or equivalent required; technical training or certifications preferred
• Welding and fabrication experience, preferably in a prototype, R&D, or low‑volume environment
• Proficiency in TIG/MIG welding and CNC brake press progamming
• Experience working with aluminum, steel, stainless steel, and other materials