  This paper investigates the generative designing of a bracket that aids in
the rotation of a linkage mounted on it with a revolute joint. Generative
design is a term that is generally used when we care about weight reduction and
performance gain in the manufacturing sector. Optimization is also a similar
term. The only difference between the two is that generative design considers
stress analysis while optimization considers load paths to give the required
result. For a critical analysis of a generatively designed bracket, Autodesk
Fusion 360 is used, which has in-built functionality of working on the
generative design on the cloud, given Preserve and Obstacle geometries,
Starting Shape and Resolution, Load cases and Constraints, Materials and
Manufacturing methods. The generative bracket's iterative solutions are
explored and further validated with simulations such as stress simulations,
thermal simulations, buckling simulations, and modal frequencies, thus leading
to a proper result for forming design and mesh. After post-processing the
bracket's design and mesh, its CAD is further converted to CAM to send it for
3D printing under a suitable manufacturing method. The final generative bracket
design is linked and employed into the initial assembly to check its proper
working with the linkage, machine interface, and joints. The generated design
considering various parameters is the best finish for performance enhancement
and weight reduction. This paper will act as a basis for designing parts
involving multiple studies and environments that will be a topic of industrial
research in future technologies.
