Description:
Key Words:
Architectural Geometry,Digital TImber,Computational Formfinding,Design For manufacture
Required Skills:
Intermediate Rhino & Maya Modeling. Grasshopper / Programming
Required Software:
McNeel Rhinoceros 7.0 with Grasshopper, Maya 2018
Required Hardware:
Computer with Windows OS with above software's installed
Maximum number of participating students:
12
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Name
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Timber Tectonics
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Instructors
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Zaha Hadid Architects, Computation & Design Group , London, UK
University of Calgary SAPL, Calgary , Canada
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Keywords
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Architectural Geometry, Digital Timber, Computational Formfinding, Design for Manufacturing
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Required Skills
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Intermediate Mesh Modeling in Rhino, Maya ; Knowledge of programming/ Grasshopper beneficial.
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Required Software
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McNeel Rhinoceros 7.0, Grasshopper, Autodesk Maya 2018;
Fast internet connection.
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Required Hardware
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Computer with Windows Operating System with above software's installed
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Max Participants
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12
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Description
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Architectural Geometry (AG) focuses on the synthesis of shapes that guarantee structural and fabrication optimality. It is also closely aligned with and complementary to the development of robotic and digital fabrication (RDF) technologies and design methods. The workshop will explore the relevance of this state-of-the-art design and construction paradigm in the realm of complex, multi-objective, precision manufactured, computational geometry projects. Specifically, the workshop is a collaborative design exercise exploring the design space of topologies that seeks synergies of tacit mesh modelling with computational formfinding, digital timber and RDF.
The workshop will thus provide a hands-on, introductory experience to prepare for both the imminent future of architectural design and construction and architectural practise; The content and tool-chains of the workshop are representative of the state-of-the-art in the AEC industry as it shifts from Building Information Modelling (BIM) for documentation to Design for Manufacturing and Assembly (DfMA)/ industrialised construction (IC) paradigm.
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Schedule/ Format
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Participants to work in groups of 3-4
2-3 hours tutor led per day * 5 days
5-6 hours self led in teams per day * 5 days
1630 BST Everyday
27th June to 1st July