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    Computational Design

    Cnidaria Pavilion: A Novel Approach to Load-Bearing Architectural Skins

    The Cnidaria Pavilion, developed at the Université de Montréal’s School of Architecture, showcases an innovative approach to large-span, doubly curved structures using lightweight aluminum sheets. Combining computational design with manual folding and snap-fit assembly, the pavilion demonstrates a new structural system that balances efficiency, aesthetics, and rapid fabrication.
    Advanced FormsComputational DesignDigital FabricationEducation

    “Exploring Climate-Driven Design”

    Climate Driven Design I is an essential resource for architects, engineers, and sustainability professionals aiming to master net-zero building design. Authored by Christoph Reinhart, a leading expert in sustainable architecture and building science, the book provides a comprehensive framework for understanding atmospheric and thermal conditions in and around buildings.
    ArchitectureBooksComputational DesignEducationStoriesSustainabilityUrban Design

    Architecture Students Fabricate Sculptural Benches at the University of Houston

    The Infill Bench project at the University of Houston brought together architecture students and cutting-edge 3D printing technology to create sculptural outdoor seating using additive manufacturing. By leveraging Rhino, Grasshopper, and industry partnerships, students explored complex geometries and innovative material applications, leaving a lasting impact on the campus design.
    ArchitectureComputational DesignDigital FabricationEducationEmerging VoicesUrban Design

    Mangrove: A Record-Breaking Glass Sculpture by Nikolas Weinstein

    Suspended in the grand atrium of Solaire Resort North, Nikolas Weinstein’s record-breaking glass sculpture Mangrove redefines architectural art. Drawing inspiration from the intricate roots of native mangrove trees, the monumental 27-meter-tall installation combines 11 kilometers of borosilicate glass tubing with advanced digital tools like Grasshopper.
    Advanced FormsArtComputational DesignConstructionDigital Fabrication

    Ica & Kostika’s Mycelium Sneakers: Pushing Boundaries in Design and Technology

    Ica & Kostika’s Mycelium Sneakers combine 3D printing with a unique design inspired by mycelium growth. Using Rhino3D for precise modeling and adjustments, the sneakers are made from a recyclable elastomer, offering comfort and breathability. Initially launched as an NFT, the project overcame production challenges and expanded through strategic partnerships, showcasing the potential of technology in footwear design.
    Computational DesignDigital FabricationEmerging VoicesFootwearIndustrial & Product Design
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