Master Computational Design Course

“What I found most interesting in the computational design course was how it blended creativity with logic. At first, it was challenging to shift from a visual approach to a more algorithmic one, but once I got used to thinking in steps and rules, it opened up a new world of possibilities. I enjoyed using Grasshopper to create responsive systems that adapted to inputs like sunlight, user movement, or even sound. This course taught me that computational design isn’t just about aesthetics—it’s about performance and intelligence in design.”

“This course completely changed how I think about design. Instead of designing with fixed ideas, I learned to think in systems and rules. Using parametric tools like Grasshopper for Rhino helped me understand how to build relationships between different design parameters. I could quickly test and iterate through multiple options, which would have taken hours manually. It made me realize that computational design isn’t just about cool forms—it’s a smart, efficient, and data-driven way to solve complex design problems. I now use it as a regular part of my workflow.”

“This course opened my eyes to a new way of designing using algorithms and parametric thinking. Learning tools like Grasshopper was challenging at first, but once I got the hang of it, I was able to create flexible and adaptive models that respond to different inputs. It helped me work faster and explore many design options, which I never imagined possible before.”

“To be honest, the course was tough in the beginning. I didn’t have a coding background, and learning parametric logic was overwhelming. But with guidance and practice, I started to understand the logic behind node-based programming. What helped was the project-based structure—we didn’t just learn the tools, we actually applied them to real design problems like façade optimization and structural patterning. The final project was a proud moment for me: a generative pavilion that responded to site conditions and material constraints. It wasn’t easy, but it was absolutely worth it.”

“The learning curve was steep, especially since I had no prior coding experience. But the instructors were patient and the hands-on exercises helped me improve steadily. By the end, I was confident creating parametric models and experimenting with different algorithms to solve design problems.”

I used to bunk many theory classes back in university and was doubtful if I would be able to complete this course or not. But seriously, the whole team made the course in such a way that I never felt like skipping a single class!