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    “Exploring Computational Design: La Geometrica Encyclopedia, Volume 0.1”

    La Geometrica Encyclopedia, Volume 0.1 – 2D: Computational Design Fundamentals by Javier Martínez Gaxiola introduces the core principles of computational design through diagrams, case studies, and hands-on digital resources that were created with Rhino and Grasshopper. A living encyclopedia, it invites readers to explore and contribute to the evolving language of geometry and computation.
    BooksStories

    NEXUS: From Machine Learning to Manufacturing

    NEXUS by ENCODE Studio explores the fusion of machine learning, generative design, and additive manufacturing to create intricate, morphing geometries showcased during Cairo Design Week. Using Rhino and Grasshopper, the team translated AI-generated patterns into full-scale 3D-printed architectural elements, redefining possibilities for design and fabrication.
    3D PrintingAIArchitectureComputational DesignDigital FabricationEmerging Voices

    Shellscape Pavilion: Exploring Wood–Bioplastic Composites in Architecture

    The Shellscape Pavilion explores the architectural potential of waste-derived composites through a fully computational and robotic workflow. Developed as part of a PhD research project, this prototype demonstrates how circular materials, structural optimization, and mixed-reality assembly can converge in a full-scale architectural design.
    3D PrintingAdvanced FormsArchitectureComputational DesignDigital FabricationSustainability

    Monumento Pijao Ancestral: A Father–Son Fusion of Art, Technology, and Heritage

    The Monumento Pijao Ancestral in Tolima, Colombia, is a 13.6-meter steel sculpture created by artist Edgar Varón Oviedo and his son, industrial designer Edgar Daniel Varón Villarreal. Blending ancestral geometric patterns with advanced 3D modeling in Rhino and Grasshopper, the monument honors the Pijao people through a fusion of art, cultural heritage, and precision engineering.
    Advanced FormsArchitectureArtComputational DesignDigital Fabrication

    3DCITYGH: A Parametric Workflow for Digital Urban Survey and City Information Modeling

    3DCITYGH presents a modular parametric workflow for generating structured City Information Models from survey data and point clouds, enabling efficient urban-scale modeling for risk assessment, heritage documentation, and structural analysis. Developed within Grasshopper, the approach combines AI-assisted segmentation, custom semantic structuring, and BIM/FEM interoperability.
    3D ScanningAdvanced FormsComputational DesignDigital FabricationEngineeringUrban Design
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