The four flows of generative design

Aerospace electrical/electronic (E/E) design requires a delicate balance of innovation and reliability, while also getting products to market faster. Generative design is gaining traction as a path forward for engineers to design more reliable, efficient and innovative electronic systems faster.

Generative design is a computational design approach that uses algorithms and artificial intelligence (AI) to explore design possibilities and generate optimized solutions based on specific criteria and constraints. Download the white paper to learn more about this approach is helping engineers address challenges in E/E design such as weight constraints, thermal management, electromagnetic compatibility, fault tolerance and more.

Key topics covered in the white paper

This white paper provides valuable information about generative design and its application in aerospace E/E design, such as:

• Challenges in aerospace E/E design
• How generative design can address these challenges
• An example of a fully generative design flow for automated wiring synthesis based on system connectivity, rules and constraints
• Four defined generative design flows, which progress from semi-automated interactive design to a more fully automated model
• An example of an aerospace original equipment manufacturer (OEM) that leveraged the generative design capabilities of Capital software
• The benefits of integrating generative design in E/E design

Download the white paper now.