Instructors: Nora Fankhauser, Mohammed Saifiz

The advancements in computational design has allowed us to understand the complexity of global challenges, which was otherwise limited with traditional methods. Computational tools and processes accelerate the identification, analysis, and resolution of challenges. Tools like rule based aggregations, simulations and machine learning allow designers to analyze data, test spatial relations, generate design iterations and make informed decisions to create resilient, adaptive and human-centric urban environments that prioritise the well-being of the communities they serve.

For the purpose of the workshop, we identify sea level rise as the emerging challenge faced by the built environment. The 2-day online workshop will focus on developing a computational workflow that allows the participants to identify relevant parameters, generate and optimise architectural components and design human-centric spaces in response to the challenge of rising sea levels. Participants will in be introduced to computational thinking and machine learning concepts which will eventually be applied within rhino/grasshopper environment through hands-on exercises.

At the end of the workshop, participants will have a better understanding of how to use computational design tools to design resilient floating communities that are adaptable to changing environmental conditions. They will also have the skills and knowledge necessary to continue developing their design skills and exploring new technologies in the future. This workshop is an ideal opportunity for architects, urban designers, and design professionals looking to stay ahead of the curve in the rapidly evolving field of computational design.

Workshop Schedule
Date: 18th - 19th March 2023
Duration: 7.5 hours /day
Time: 9:30 am - 1:00 pm / 2:00 pm - 4:00 pm Greenwich Mean Time (GMT) London
Mode of Teaching: Online
Intake: 10 - 20