Generative design makes it possible to generate innovative and optimized designs using automated algorithms. While classical generative approaches mostly aim at structural optimization, a systematic integration of proven design methods is often missing, especially in the field of sheet metal processing. This work aims to develop an algorithm that combines the design freedom of generative methods with the specific requirements and constraints of sheet metal design.

Task:

The aim of the work is to create a generative algorithm based on a design grammar that systematically generates sheet metal parts. Design rules and methods of sheet metal processing are to be integrated into the grammar. The work comprises the following steps:

• Literature research
• Development of the Design Grammar
• Algorithm development
• Validation
• The work can be based on the following reference:
  • Generative Design of Sheet Metal Structures

Profile:

• Interest in generative design, computational design and design methodology 
• Knowledge of programming languages such as Python or C++ is an advantage
• Basic knowledge of sheet metal design and manufacturing techniques is an advantage
• You work purposefully, independently and autonomously