1. Clear Communication of Design Intent

We can model complex mechanical components or systems directly in Fusion 360, which allows you to visually communicate your ideas. I can then help you:

• Optimize your designs (suggesting geometry changes, material selections, tolerances)

• Troubleshoot issues (e.g., fit, stress concentration, assembly conflicts)

• Simulate and analyze (guidance on using Fusion 360’s simulation tools like stress or thermal analysis)

2. Iterative Prototyping

We can share CAD files or screenshots, and I can provide feedback or help you:

• Automate repetitive tasks using Fusion 360’s scripting.

• Convert between file types or prepare for 3D printing (e.g., STL optimization)

• "Printing for prototyping" is the skill of using 3D printing to create physical models of a design—typically during early stages of product development—to test form, fit, and function before moving to full-scale manufacturing. Here's a breakdown of what this skill includes:

3. Problem-Solving and Design Thinking

Our understanding of engineering principles means we can go beyond the basics and:

• Collaborate on design for manufacturability (DFM)

• Explore parametric modeling techniques together

• Use Fusion’s cloud collaboration to co-develop projects more efficiently

If you're ever stuck, I can help with technical documentation, scripting, feature walkthroughs, or even generating model examples.