Topology Optimisation
Design Processes
Letting software remove every gram of material a part does not need to carry its load.
In practice
Topology optimisation takes a part's design space, the loads it must bear and the places it must connect, and iteratively removes material where stress is low, leaving a structure that is often skeletal, organic and far lighter than anything drawn by hand. It is the engineering engine inside generative design and a natural partner to additive manufacturing, which can actually build the shapes it produces.
Questions
What is Topology Optimisation?
Topology optimisation is a computational method that distributes material within a defined volume to meet structural requirements with the least mass.
Why do you use Topology Optimisation?
Weight is cost, energy and performance. It finds structures that are lighter and stiffer than intuition, and it shows where material was only ever there out of habit.
How do you use/apply Topology Optimisation?
Define the design space, fix the load cases and constraints, run the solver, then interpret and smooth the result into something manufacturable and honest to the physics.
When do you use Topology Optimisation?
For structural parts where mass matters — aerospace, automotive, sports equipment, anything carried or moved.
Who uses Topology Optimisation?
Mechanical engineers, industrial designers and anyone pairing it with 3D printing.
