说明
Design AI Systems (DAISY) is the first timber design software powered by artificial intelligence (AI). DAISY produces optimal, code-compliant designs in less than 10 minutes, saving engineers two to three hours a day, and reducing up to 80% of timber waste. Kratos is an Autodesk Research project using AI methods to rapidly evaluate many structural designs in multiple materials, including concrete. Solutions can optimize for monetary cost, carbon cost, or other objectives. DAISY and Kratos collaborated by using Kratos to calculate load-bearing walls in a timber structure, which Daisy can use as input to produce detailed floor plans. This leads to less concrete used in foundations, hence, cheaper and more sustainable designs. Sharing of algorithms was not feasible, so a “black box” approach was taken instead with only data formats shared. The result was that in the summer of 2021, DAISY and Kratos designed a timber floor in a house that was subsequently built in the United Kingdom. We will illustrate this in the session.
主要学习内容
- Learn how AI can make construction design processes more efficient.
- Discover the trade-offs involved in using different materials and how this can be used to reduce environmental impact.
- Learn about validating whether AI can help structural engineers produce better designs.
- Learn about some of the trade-offs involved in collaboration between research and commercial teams.
讲师
- KBKasia BorowskaDirector at DAISY AI. Passionate about applying the latest artificial intelligence research to solve the most pressing challenges faced by the construction sector.
- KBKosala BandaraKosala Bandara is a Research Scientist in Autodesk Research and is based in London. His work involves research and development into new generative design algorithms for both manufacturing and construction industries. Originally a Structural Engineer, Kosala has spend the last decade advancing generative design for manufacturing. Lately, he has returned to his roots and started using generative desing for Structural Engineering.
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