I will 3d engine model, mechanical assemblies, automotive design, exhaust, solidworks

S
selophin
S
selophin
selophin

About this gig

Hello Amazing Buyer!

You Are Welcome To My Gig Description!


I specialize in 3D CAD modeling, engine component design, mechanical parts, automotive components, and complex mechanical assemblies. I can transform your sketches, reference images, measurements, existing CAD files, or concepts into clean and detailed 3D models suitable for visualization, prototyping, assembly development, and manufacturing preparation.


 What I Can Design:

  • Engine 3D models
  • Engine components and parts
  • Mechanical assemblies
  • Automotive components
  • Intake and exhaust components
  • Engine housings and covers
  • Brackets and mounting systems
  • Pulleys, shafts, gears and levers
  • Custom mechanical parts
  • Reverse-engineered components
  • Product and prototype designs
  • Complex CAD assemblies


I can work from photos, sketches, measurements, reference models, STEP/STL files, or existing CAD designs and develop the model according to your requirements.


Please contact me before placing an order for complex projects. Send me your reference images/files, dimensions, number of components, and required file format so I can provide an accurate custom quote and delivery time.


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 selophin

selophin

Turning Engineering Ideas into Precision 3D CAD

  • FromUnited Kingdom
  • Member sinceAug 2026
  • Avg. response time1 hour
  • Languages

    English, Spanish, French, German, Italian, Portuguese, Chinese
I’m a professional 3D CAD and mechanical design specialist focused on creating accurate, detailed, and manufacturing-oriented models for automotive, engine, and mechanical projects. I help clients turn their ideas, sketches, measurements, reference images, existing CAD files, and concepts into professional 3D models and mechanical assemblies. My approach combines precision, functionality, clean modeling, and practical design thinking. I pay close attention to dimensions, component relationships, mounting interfaces, clearances, and overall assembly structure