Current work:

Parametric tools for furniture, automotive and Art:

Hybrid modelling aids are currently being used to help clients develop cars, boats, fine furniture, classic natural geometry and fine filigree in Art. Including work for complex geometry in canvas structures, landmark structures (sculptures) and fine or modern furniture classics.

Algorithms to populate complex surfaces with repeat objects for aesthetic quality and production efficiency:

Multi object automation for building envelopes, using net development for 2D to 3D CNC production - continues in work across the U.K. Including programming in Grasshopper Visual Algorithms for Rhino, Python and other code for adaptive and generative parametric design. Hybrid models creating roughing up 3D sketch and 2D detailed design for production are also in use for clients, that includes BIM guidance and strategy for a hybrid approach to modelling for hard roofing and facade design.



Recent work:

Parametric tools for Origin Furniture, using Grasshopper for Rhino MAC. Click here to see Vimeo.

Parametric Ply' for STAC Architects Nandos Teeside interiors: Sculptural furniture for STAC Architect Matthew Evans. Click here to view.

Project : Parametric design for complex sculptural canvas structures:

"The auto scheduling technology for sculptural skins and furniture, product design and architectural design development, gives more time closer to press for alterations in customisation."




Research:

Marine / Automotive:

Current research prioritises the development of visual cues through homogenous form, repeat geometry, essential abstraction and edge definition in the mimicry of nature and in the nature of maths. These aesthetic concepts are pushed to the fore front of design thinking via the ability to create representational visualisations.

Research into the use of 3D CAD for creative sculptural design, that uses neighbouring cell relationships and the physics of geometry as parameter drivers. Continues in work for everyday objects and the automative / marine sectors.









Using state-of-the-art technology to provide valuable iterations from the overall solutions envelope, enabling a product to develop throughout every stage and level of a business. We use hybrid systems of parametric design linked with a tacit network of drivers for simple algorithms to craft fine 3D products through parameters of making, function and production.


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