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    Pedorthic Information Modeling: Revolutionizing Orthopedic Footwear with 3D Printing and Computational Design

    Developed by footwear engineer Daniel Petcu, Pedorthic Information Modeling (PIM) revolutionizes the design of orthopedic footwear by combining parametric design principles with 3D printing. This innovative approach allows for fully customizable, functional, and stylish medical footwear, overcoming the limitations of traditional hand-made methods.
    3D PrintingAdvanced FormsComputational DesignDigital FabricationFootwear

    The Yamma Pedestrian Bridge: Enhancing Urban Infrastructure Through Rhino.Inside.Revit

    Spearheaded by Robert Bird Group, the Yamma Pedestrian Bridge in Brisbane exemplifies cutting-edge engineering and urban connectivity driven by parametric design. This project sets a new standard for efficiency and collaboration in urban infrastructure, revolutionizing bridge design with dynamic, adaptable models and seamless data exchange through Rhino.Inside.Revit.
    Advanced FormsComputational DesignConstructionEngineeringUrban Design

    The Aether Concept Car’s Revolution in Electric Vehicle Design

    Aether, a full-scale electric concept car designed by SCAD students, combines intricate parametric design with advanced additive manufacturing to craft its interior and exterior components. Using tools like Rhino 8, Grasshopper, and Multi-Jet Fusion technology, the team created flexible, resilient structures and intricate lattice patterns.
    Advanced FormsAutomotive DesignComputational DesignDigital FabricationEducation
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