Parametric Inventor Automation
I specialize in advanced Autodesk Inventor automation using parametric modeling and iLogic rule-based design. By transforming repetitive and configuration-heavy designs into intelligent, reusable CAD systems, I help companies dramatically reduce modeling time, eliminate errors, and maintain design consistency across product families.
With decades of hands-on mechanical engineering experience, I develop automation solutions that are practical, scalable, and production-ready—supporting everything from early concept generation to fully documented manufacturing assemblies.
Parametric Inventor Automation
Advanced Autodesk Inventor iLogic automation, parametric assemblies, and reusable CAD templates that dramatically reduce modeling time, improve accuracy, and standardize complex product families.
Industrial Manufacturing Lines
Mechanical design and layout of production and manufacturing lines, including conveyors, tooling, fixtures, and equipment integration—optimized for throughput, safety, and scalability.
Heavy Equipment Assembly Systems
Design of large-scale mechanical assemblies and heavy equipment systems, engineered for manufacturability, installation efficiency, maintenance access, and long-term industrial reliability.
Typical Deliverables
- Parametric Autodesk Inventor part and assembly models
- iLogic rule development for automated configuration and validation
- Reusable CAD templates for product families and variants
- Automated drawing generation and BOM control
- Design intent documentation and parameter structure definition
- Manufacturing-ready models aligned with company standards