OpenSCAD Developer | $40-$120/hr Remote
Overview
This role involves creating and optimizing parametric 2D and 3D models using OpenSCAD to train next-generation AI systems. The work will help shape how models learn and reason through high-quality real-world input. No prior AI experience is required; domain expertise in OpenSCAD is what matters.
What You'll Do6
- 1Create, modify, and optimize parametric 2D and 3D models using OpenSCAD
- 2Build reusable and structured CAD components utilizing loops, nesting, and modular logic
- 3Leverage OpenSCAD tools such as Boolean operations, vectors, strings, special variables, and transformations
- 4Generate complex 3D forms from 2D geometry using linear_extrude and rotate_extrude
- 5Translate conceptual sketches and design briefs into production-ready CAD models
- 6Review and assess model quality and structure to ensure alignment with AI training workflows
Requirements6
- 1Demonstrated hands-on expertise with OpenSCAD, including deep knowledge of its syntax, interface, and advanced features
- 2Proficiency in parametric and script-based CAD modeling for both 2D and 3D objects
- 3Experience designing and managing complex models using loops, reusable modules, and nested structures
- 4Strong familiarity with Boolean logic, transformations, and OpenSCAD’s special variables
- 5Ability to independently convert ideas into accurate, practical CAD designs
- 6Attentive to detail with clear, professional written communication skills
Who Should Apply
An OpenSCAD expert with strong parametric modeling skills who enjoys building complex, reusable CAD components. Ideal candidates have a background in mechanical engineering, product design, or 3D printing, and are interested in contributing to AI training. The role suits someone who works independently, communicates clearly, and can translate sketches into production-ready models.
Salary Insight
The rate is $40-$120 per hour (contractor position, remote).
Required Skills
Application Tip
Make sure to include a link to your portfolio or GitHub repository showcasing your best OpenSCAD projects, especially those demonstrating modular and parametric design with loops and reusable modules.