Remote OpenSCAD Engineer for Parametric CAD and AI Training

micro1 Inc.; United States; Remote; USD 55,000 - 96,000; Part time

Job summary

micro1 Inc. is seeking an experienced OpenSCAD developer to support an AI training project. You will create and modify 2D and 3D CAD models, develop parametric scripts, and explain your workflows step by step to help improve AI understanding of CAD design.

This remote contractor role requires strong OpenSCAD expertise, screen-recording ability, and clear communication in English (B2+). You will work with Boolean operations, transformations, and extrusion techniques, and contribute to reusable

Qualifications

• Experience with OpenSCAD and script-based 3D modeling.
• Strong knowledge of OpenSCAD syntax, modules, and Boolean operations.
• Ability to explain workflows clearly and document steps.
• English proficiency at B2 level or higher.

Responsibilities

• Create and modify 2D and 3D CAD models using OpenSCAD.
• Develop parametric models using scripts, loops, and reusable modules.
• Work with Boolean operations, transformations, and extrusion techniques.
• Troubleshoot modeling issues and optimize CAD designs.
• Complete advanced OpenSCAD tasks and explain your workflows step by step.
• Create clear instructions and detailed prompts for CAD modeling workflows.

Skills

OpenSCAD expertise

Parametric 3D modeling

OpenSCAD syntax/modules/Boolean

Accurate complex CAD modeling

Screen recording access

English proficiency (B2+)

Explain workflows clearly

Education

Masters or PhD in Mechanical Engineering or Product Design

Job description

micro1 Inc. is seeking an experienced OpenSCAD developer to support an AI training project. You will create and modify 2D and 3D CAD models, develop parametric scripts, and explain your workflows step by step to help improve AI understanding of CAD design.

This remote contractor role requires strong OpenSCAD expertise, screen-recording ability, and clear communication in English (B2+). You will work with Boolean operations, transformations, and extrusion techniques, and contribute to reusable