RESK Academy
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This 6-hour short intensive course explores fluid geometry modeling using Rhino and Grasshopper, focusing on creating smooth,
dynamic, and organic architectural forms. Participants will learn how to move beyond static design approaches into parametric workflows,
while also leveraging SubD modeling techniques and integrating emerging AI tools to enhance creativity, speed, and design exploration.
Throughout the session, we will cover the fundamentals of Grasshopper logic, data flow, and key components needed to generate fluid geometries.
Participants will engage in hands-on exercises to build and manipulate complex surfaces, experiment with attractors and transformations,
and explore SubD modeling in Rhino to create highly refined, continuous forms. The course also introduces
how new AI tools can be integrated into the workflow to assist in form generation, iteration, and visualization.
By bridging parametric design, SubD modeling, and AI-driven processes, attendees will gain a
forward-thinking approach to creating and refining fluid architectural forms.
mohamed.g@reskacademy.com
In this session, we will explore the full potential of the computational design process, all the new technologies in architecture, fluidity, and AI applications. The fundamental tools inside Rhino recap
In this session, we will explore all the sub-d tools and explain the usage of every command. exercising on three different fluid projects and having an overlook to the full potential of the tools and the workflow