Parametric
Architecture
Building Lasting Relationships
At Raving Dots Studio, parametric design isn’t just a concept—it’s an integral part of our design process. We leverage advanced software to optimize structures for both performance and aesthetics. Here are some examples of how we use these principles in our designs:
Wall Optimisation to Minimise Sunlight Incidence
This video explores the fascinating world of evolutionary design using Galapagos in Grasshopper. We set out to design a wall that minimizes sunlight incidence, and the results are anything but conventional. By allowing the algorithm to explore a range of parameters, the wall morphs into various forms—curved, zig-zagged, and straight—often producing unintuitive yet highly effective solutions for shading. Witness the power of evolutionary solvers to discover optimal designs that might otherwise be overlooked.
Skylight Louvers - Maximizing Efficiency
This video presents a scientific approach to skylight louver design, focusing on maximizing the use of reflected and scattered light. Through rigorous measurement of incident sun hours across various louver configurations, we were able to identify an optimal design that balances daylighting performance with thermal comfort. This data-driven methodology offers a valuable approach to designing effective and sustainable daylighting systems.
Office Layout Seating Optimisation
Traditional office layouts often rely on straight lines, but this video explores a more innovative approach to seating optimization. Using a custom Grasshopper algorithm, we demonstrate how curved arrangements can actually increase seating capacity. By dynamically adjusting the curve, we can fine-tune the seating configuration to achieve maximum efficiency. This project showcases the potential of generative design to solve complex spatial challenges and create more dynamic and functional workspaces.
Flower Vase Using Generative Algorithm
This video showcases the innovative use of generative design and 3D printing technologies to create a stunning, organically patterned vase. Using a custom growth algorithm developed in Grasshopper, we generate curves that evolve and interact, resulting in a complex, coral-like structure. The video provides a glimpse into the power of algorithmic design and its ability to produce intricate and beautiful forms that would be difficult to create using traditional methods. Watch the simulation, slicing, and printing processes to see how digital innovation translates into physical reality.
Sunlight Analysis on an Organic Building
Experience the interplay of light and form in this captivating video. A turntable model of a building with an intricate roof design is used to visualize the changing patterns of sunlight incidence throughout the day. Different colors on the model indicate varying levels of sun exposure, offering valuable insights into solar orientation, shading, and the impact of the roof's complex geometry on daylighting performance.
Topological Optimization – Monitor Stand
Step into the future with our topologically optimized 3D printed monitor stand! At Raving Dots Studio, we seamlessly integrate innovative and efficient design practices into every detail. Witness the power of topological optimization and organic architecture in action.
Concrete 3D Printing
We have successfully incorporated concrete 3D printing into several projects, working closely with partners to bring our visionary designs to life. The possibilities are endless, from intricate facades to unique furniture pieces—our designs push the boundaries of what can be achieved with this evolving technology.