Master Design Automation with Python & Autodesk Inventor
Transform your engineering workflow with our 8-week Python for CAD Users bootcamp. Learn to automate repetitive design tasks and build powerful tools that will make your co-workers ask: "Wait... you built that?"
Why Python for CAD Automation?
Boost Productivity
Eliminate repetitive tasks and focus on creative design work by automating routine operations
Accessible Learning Curve
Python's intuitive syntax makes it the perfect launchpad for learning other programming languages
Deep Inventor Integration
Access the full power of Inventor's API to control every aspect of your designs programmatically
In-Demand Skill
Become the automation expert at your company with one of engineering's most sought-after skills
Course Structure: 8-Week Bootcamp
Python Fundamentals
Learn core Python concepts and why it's perfect for CAD automation
Inventor API Basics
Understand dynamic vs static binding and how to interface with Inventor
3D Modeling Automation
Create features, modify parameters, and build complete models programmatically
Drawing Automation
Generate views, dimensions, and annotations automatically
Excel Integration
Control Inventor directly from Excel with Python as the bridge
GUI Development
Build professional interfaces for your automation tools
Real-World Projects You'll Build
Product Configurator
Create a tool that automatically generates different product variants based on specifications. Modify parameters, swap components, and update properties—all from a single interface.
Drawing Automation Suite
Build a system that creates complete drawing packages, including title blocks, standard views, dimensions, and annotations—reducing hours of work to seconds.
Excel-Driven Design Tool
Develop an Excel interface that controls Inventor, allowing non-programmers to use your automation tools. Update designs instantly based on spreadsheet values.
Batch Processing Utility
Create a tool that can process hundreds of files, converting formats, updating properties, or modifying designs according to rules you define.
Master Inventor + Excel Integration
Excel Input
Configure design parameters in familiar spreadsheet format
Python Bridge
Transfer data between applications using automation scripts
Model Update
Automatically modify CAD models based on spreadsheet values
Two-Way Sync
Reflect CAD changes back to Excel for documentation
Build Redistributable Tools for Your Team
Deployment
Package and distribute your tools
User Interface
Create intuitive interfaces for non-programmers
Modular Libraries
Build reusable code components
Core Functionality
Implement reliable automation scripts
Bonus Content and Benefits
Multi-language Translation
Learn to convert VBA, C#, and VB.NET to Python with practical examples and translation techniques. Leverage existing code while moving to a more powerful platform.
Inner Circle Access
Join our community of automation professionals to collaborate on real projects, get personalized help, and influence future course content based on your needs.
Excel Automation
Master Python-driven Excel automation to supercharge your engineering workflows. Create powerful data processing tools that combine the best of both worlds.
Shorten your automation journey
This course will get you up to speed very quickly and my experience in this field will shorten your journey from a few years to a few months. 2025 is the year where your colleagues and yourself will notice a big difference in your programming abilities
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