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    Digital Shingles: Interactive Robotic Shingle Facade Assembly

    The project “Interactive Robotic Shingle Facade Assembly” explores how traditional Swiss woodcraft can be reimagined through digital technologies. This interactive installation invites visitors to customize shingle facade patterns via an intuitive interface and watch a robotic arm assemble their designs in real-time. The installation showcases the potential of robotics and parametric design to revive craftsmanship while promoting sustainable, adaptable architecture.
    ArchitectureDigital FabricationEmerging VoicesRoboticsSustainability

    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

    “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
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