I will design gaming accessories, ergonomic gaming peripheral cad for manufacturing

N
nowell_carl
N
nowell_carl
Nowell

About this gig

Using SolidWorks and Fusion 360, I will design your gaming product, from concept sketch through a manufacturer-ready 3D model with complete technical drawings.

I handle ergonomic grip design, button and trigger mechanism placement, ventilation for heat-generating components, and housing structure, whether it's a controller, headset, keyboard, or peripheral accessory. Every design accounts for repeated daily use and drop resistance, not just aesthetics.

I will use my experience and industry knowledge to advise on material choice, manufacturing method, and design adjustments if needed.


What I deliver:

  • Concept sketches & ergonomic exploration
  • 3D CAD model
  • Toleranced technical drawings
  • Material & CMF specification
  • BOM & manufacturer-ready tech pack
  • Manufacturing guidance: SLM, CNC, injection molding
  • STEP/STL files for prototyping or production


My delivery time depends on complexity, and I always aim to deliver ahead of schedule.

Send me your concept, reference product, or sketch, and I'll scope the right approach.

Delivery style preference

Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.

Get to know Nowell

Nowell

CSWP and Mechanical Product Designer

  • FromUnited Kingdom
  • Member sinceSep 2026
  • Languages

    English, German
I'm a mechanical design engineer specializing in product design and engineering across a range of applications. My work covers concept development, assembly modeling, and manufacturing-ready CAD documentation, built to handle real-world function and load requirements, not just look correct on screen. I work in Fusion 360 and SolidWorks, delivering models with accurate dimensions, tolerances, and material specifications that translate directly into manufacturing. Every project is approached with the same standard: designs that fit, function, and hold up under real mechanical stress.