Design optimisation (Single objective)

  • Intro
  • 01 | Introduction
  • 02 | Run a structural optimisation using the evolutionary solver in Galapagos
  • 03 | Fine-tune the optimisation settings (design space resolution and optimisation end criteria)
  • 04 | Perform a form-improvement using a high-dimensional design space
  • 05 | Analyse the optimisation history and adjust the hyperparameters
  • 06 | Run an acoustic optimisation process
  • 07 | Record the optimisation history to rebuild the convergence graph and reinstate solutions

Information

Primary software used Grasshopper
Course Design optimisation (Single objective)
Primary subject AI & ML
Secondary subject Optimization
Level Intermediate
Last updated November 5, 2025
Keywords

Responsible

Teachers
Faculty

Design optimisation (Single objective) 0/7

Design optimisation (Single objective)

Design optimisation (Single objective)

Design optimisation (Single objective) 1/7

01 | Introductionlink copied

Design optimisation (Single objective) 2/7

02 | Run a structural optimisation using the evolutionary solver in Galapagoslink copied

Design optimisation (Single objective) 3/7

03 | Fine-tune the optimisation settings (design space resolution and optimisation end criteria)link copied

Design optimisation (Single objective) 4/7

04 | Perform a form-improvement using a high-dimensional design spacelink copied

Design optimisation (Single objective) 5/7

05 | Analyse the optimisation history and adjust the hyperparameterslink copied

Design optimisation (Single objective) 6/7

06 | Run an acoustic optimisation processlink copied

Design optimisation (Single objective) 7/7

07 | Record the optimisation history to rebuild the convergence graph and reinstate solutionslink copied