Metahedra was developed during a workshop as part of a Master’s program in Computational Design and Digital Fabrication. This MSc program examines the intersection of computational methods and architectural design, equipping students with both computational design skills and practical experience in advanced fabrication technologies.

The aim is to nurture analytical and creative problem-solving abilities. We explore how digital tools can improve design processes and facilitate new construction methods. The program encourages innovation through experimentation at the convergence of computation, design thinking, and making. Metahedra utilized these insights to generate and fabricate geometric structures.

The workshop centered on aggregations using the WASP plug-in. We employed laser cutting equipment and Lidar technology to create a large-scale prototype structure, leveraging the skills and knowledge gained throughout the semester. To promote sustainable practices in digital fabrication, we utilized leftover cardboard as a construction material. Computational tools were used to scan and register surplus parts, making them suitable for digital fabrication.

Our prototyping process involved physical and virtual models, facilitating real-time visualization of 3D aggregations while adhering to various constraints. This approach helped shape design solutions and assess their performance. Ultimately, the educational event aimed to provide an opportunity for research and experimentation with techniques, technologies, CNC equipment, materials, joints, and assembly logic—while ensuring participants had a great time in the design and making process!

The project was recreated highlighting the innovative repurposing of leftover materials from the construction industry for applications in the built environment. Serving as an interactive installation, it acts as a portal to virtual spaces, inviting viewers to engage with its design and concept and showcased at WIP CYENS 2023,