Fusion 360 Master-AI-powered Fusion 360 support

Example

Teaching users how to create adaptable, scalable models using parametric constraints. This includes adding flexibility in designs for future modifications without having to rebuild entire models.

Scenario

In a real-world scenario, a product designer working on a modular furniture system may use parametric modeling to quickly adjust dimensions and create variations of the same product without starting from scratch.

Example

Providing insights on how to utilize Fusion 360's generative design to explore multiple design solutions based on specific constraints such as materials, manufacturing methods, and weight limits.

Scenario

For example, an engineer designing lightweight parts for the aerospace industry could use generative design to explore the optimal balance between material strength and weight reduction, yielding innovative and efficient structures.

Example

Offering step-by-step guides on incorporating simulation analysis (stress, thermal, and fluid flow) into design projects, improving the reliability of products by testing performance before physical prototyping.

Scenario

A mechanical engineer might simulate how a load-bearing bracket reacts to different forces and temperatures, allowing them to refine the design to ensure durability and performance under real-world conditions.

Example

Guiding users through creating complex assemblies, testing mechanical motion, and ensuring components interact correctly, avoiding potential issues in later production stages.

Scenario

An automotive engineer designing a gear system can visualize how the gears mesh and rotate, testing for smooth motion and detecting any potential points of failure.

Example

Teaching best practices for leveraging Fusion 360's cloud-based collaboration features, including managing versions, sharing designs, and working simultaneously with remote teams.

Scenario

A team of industrial designers working across different locations can collaborate in real-time on the same model, tracking changes, reviewing iterations, and maintaining version control, ensuring seamless teamwork.

Example

Providing tips on hardware optimization, such as configuring the best GPU and CPU settings, managing large files, and reducing system lag during complex model rendering.

Scenario

A user working on a computationally heavy project, such as a detailed automotive assembly, can apply these optimizations to ensure smooth performance and faster render times, avoiding workflow disruptions.