Inventor iLogic & Parametric Design
Parametric Design & iLogic Automation for Industrial and Production Systems
Overview
Development of parametric design systems and automated workflows using Autodesk Inventor and iLogic, enabling rapid generation of 3D models and fabrication-ready drawings.
iLogic Capabilities
- Automated model and drawing generation
- Parameter-driven design control
- Rule-based geometry updates
- Drawing view automation and annotation control
- Reduction of repetitive design tasks
Technologies & Tools
- Autodesk Inventor (2022)
- iLogic (rule-based automation)
- AutoCAD Mechanical (2D layouts and detailing 2026)
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Engineering Scope & Solution
Developed parametric design systems and automated workflows using Autodesk Inventor and iLogic, enabling rapid generation of 3D models and fabrication-ready drawings.
Entrance Canopies – Automated Design
Developed a parametric 3D model of entrance canopies using Autodesk Inventor 2020, enabling automatic generation of models and drawings through iLogic.
Key Features:
- Fully configurable canopy design
- Automated 3D model and drawing creation using iLogic
- Controlled by three primary parameters (e.g., width, projection, height)
- Instant update of geometry and drawing views
Result:
- Rapid design generation
- Reduced manual drafting
- Consistent, production-ready documentation
Conveyor Systems – Wood Products IndustryÂ
Designed detailed conveyor systems for wood product manufacturing using Autodesk Inventor 2022 and AutoCAD.
Scope:
- Mechanical layout and system design
- Component detailing and fabrication drawings
- Integration with existing production lines
Parametric Design Integration:
- Applied parametric modeling techniques to standardize conveyor components
- Enabled faster configuration of conveyor layouts and assemblies
- Improved design consistency across multiple projects
Parametric Structural System (Offshore Application)
Designed a robust steel support structure capable of safely carrying riser loads
Ensured compatibility with existing platform beams and connection points
Designed a folding system allowing the structure to retract after riser deployment
Integrated mechanical locking and safety accessories to secure the system in folded position