Project
Product Design
Project
Jack Briggs
Sustainable Manufacture
Product Design
Sustainable Manufacture Render
‘Wave’ shelving system in a conventional setting replicating a sideboard/bookshelf configuration.
Sustainable Manufacture Render
‘Wave’ being used to divide a space in a fun and playful way with varying heights to convey the designs modularity and functionality.
Sustainable Manufacture Context Photography
Contextual photography capturing the sliding motion of the pressed felt door panels.
Sustainable Manufacture Context Photography
Highlighting the surface finish and the screw together uprights that form the framework of the system.
Sustainable Manufacture Context Photography
Overview of the design in context showing how the system can adapt to fit the space available.
Sustainable Manufacture Video
Cinematic video highlighting considered details and providing a general overview of the designs function.
Jack Briggs
Sustainable Manufacture

‘How can furniture design help to raise awareness and reduce the effects of carbon emissions through sustainable manufacturing?’

A modular shelving system that pushes new ways of thinking when it comes to Furniture Design and, more specifically, manufacture. The wave structure in the laminated plywood shelving component gives 6mm of material the equivalent strength to an 18mm sheet of plywood. This corrugated design also lends itself well for shipping and compact packing as the pieces can simply stack and interlock together. The modular design allows for both open and closed storage options increasing the usability of the system.

‘How can furniture design help to raise awareness and reduce the effects of carbon emissions through sustainable manufacturing?’

A modular shelving system that pushes new ways of thinking when it comes to Furniture Design and, more specifically, manufacture. The wave structure in the laminated plywood shelving component gives 6mm of material the equivalent strength to an 18mm sheet of plywood. This corrugated design also lends itself well for shipping and compact packing as the pieces can simply stack and interlock together. The modular design allows for both open and closed storage options increasing the usability of the system.

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