Certified from Autodesk September 25, 2022

As I learn about design concepts and engage in extensive practice with 3D Computer-Aided Design (C.A.D.) modeling, I came across innovative ideas like topology optimization and generative design. Over time, I've observed remarkable improvements in performance and weight reduction. This learning experience is helping me understand how Generative Design and Topology Optimization, along with Additive Manufacturing, play crucial roles in achieving these advancements.

Topology optimization is applied during advanced design stages when an initial geometry is established. Consequently, while introducing new shapes, topology optimization refines a more controlled design space.

Meanwhile, generative design, utilized in the design's inception, employs artificial intelligence to offer engineers insights into initial design possibilities, facilitating a broader and more innovative design space exploration.

A.I. is crucial in generative design because it helps to create and assess many different design options, making the early stages of designing more creative and efficient.

Optimizing part through Generative Design in Fusion360

I understood Generative Design by applying it to a project focused on optimizing the design of a sheet metal lifting bracket. I gained knowledge on using the Generative Design framework in Autodesk Fusion 360, understanding how to validate results by incorporating loading conditions with the right factor of safety.

Once the part was validated, I also learned how to prepare it for various manufacturing processes. Among these processes, Additive Manufacturing emerged as the most suitable method for fabricating such a complex part.

Static Stress Simulation in Fusion360

Completed ✅