UNWASTED
In a world facing mounting environmental challenges, it is crucial to infuse design practices with sustainable principles. This project aims to pioneer solutions that address these challenges functionally while elevating architectural aesthetics and honoring material craftsmanship.Focusing on sustainability, the project redefines the concept by considering residual materials as vehicles for sensory appreciation and adding a protective element to the built environment.
By repurposing resources for new architectural contexts, it aspires to inspire a shift towards more sustainable and captivating design. Reimagining waste materials, it demonstrates how sensory richness can deepen connections between individuals, their surroundings, and their values.
Exploring diverse waste streams, including agriculture, food residue, and community waste, the project harnesses ceramics as a solution. It focuses on designing protective ceramic cladding for building facades, aligning with principles of re-building rather than new construction. Cladding can enhance both new and existing buildings by re-cladding or adding to existing facades.
Amid material shortages, the project uses waste-based resources to create contemporary ceramic elements that balance architectural functionality and sensory delight.
MAKING MATERIAL FROM WASTE
THE UNWASTED CLADDING DESIGN AIMS FOR AESTHETIC APPEAL THROUGH FORM, COLOR, AND TEXTURE, ALONG WITH FUNCTIONAL ASPECTS LIKE PROTECTION, INSULATION, AND DURABILITY.
Waste is not waste if UNWASTED.
Mini Recycling Station
"THE INITIATIVE IS MEANT TO MOTIVATE AND INSPIRE OTHERS TO RECONSIDER WHAT IS WASTE—OR POTENTIALLY UNWASTEABLE—BEFORE DISPOSING IT." - Anna Maria Sand Jensen
"I'VE BEEN FASCINATED BY THE PHENOMENA OF WATER FLOW AROUND ME, SUCH AS INDEPENDENT STREAMS AND PATTERNS. WATCHING RAINDROPS FORM LINES ON A CAR WINDOW CAPTIVATED ME WITH THEIR SIMPLICITY AND ELEGANCE, INSPIRING ME TO SEE THESE LINES AS POWERFUL DESIGN ELEMENTS." - Anna Maria Sand Jensen
THE WASTE RESOURCES GIVE A LOT OF NEW TEXTURE, SURFACE AND COLOURS TO THE CERAMIC CLADDING.