Compensation: $40–$120/hr
Location: Remote
Employment Type: Contract
Category: Technology
As an OpenSCAD Developer, you will play a crucial role in shaping the future of AI systems by applying your expertise in CAD modeling. Your contributions will directly influence how models learn and perform, utilizing your domain knowledge to provide high-quality, real-world input. This position is fully remote and offers an hourly compensation ranging from $40 to $120.
Create, modify, and optimize parametric 2D and 3D models using OpenSCAD to support advanced modeling workflows.
Build reusable and structured CAD components utilizing loops, nesting, and modular logic to ensure scalability and efficiency.
Leverage OpenSCAD tools, such as Boolean operations, vectors, strings, special variables, and transformations for robust script-based modeling.
Generate complex 3D forms from 2D geometry using techniques like linear_extrude and rotate_extrude.
Apply advanced functions, including minkowski, to create intricate and highly detailed geometries.
Translate conceptual sketches and design briefs into finished, production-ready CAD models.
Review and assess model quality and structure to ensure alignment with real-world AI training workflows.
Demonstrated hands-on expertise with OpenSCAD, including deep knowledge of its syntax, interface, and advanced features.
Proficiency in parametric and script-based CAD modeling for both 2D and 3D objects.
Experience designing and managing complex models using loops, reusable modules, and nested structures.
Strong familiarity with Boolean logic, transformations, and OpenSCAD's special variables.
Ability to independently convert ideas into accurate, practical CAD designs.
Attentive to detail with clear, professional written communication skills for remote collaboration with the customer's team.
Background in mechanical engineering, product design, 3D printing, or related technical fields.
Portfolio, GitHub projects, or OpenSCAD model examples demonstrating your modeling expertise.
Experience with generative, procedural modeling, or familiarity with AI training and automation workflows is a plus.
