01

Prototype

Jun Sakamoto and Noey Satheinsoontorn – Humidity Catcher

Detail view. The polyethylene mesh captures moisture to enhance the deformation of the wood veneers.

Jun Sakamoto and Noey Satheinsoontorn – Humidity Catcher

Jun Sakamoto and Noey Satheinsoontorn – Humidity Catcher

Video of deployed structure. Textures of Flimwell are sampled into the tiles. (Run-time: 2 minutes).

Luisa Groetsch and Leonie Bredenbals – Mystegrity

Operating prototype system operating to generate a microclimate in its immediate surrounding.

Luisa Groetsch and Leonie Bredenbals – Mystegrity

System prototype installed on a tree branch in Flimwell Forest.

Arthur Camara and Beliz Gurmen – Flimwell Tiles

Drawing of deployed tiles. Textures of Flimwell are sampled to inform the pigmentation of the tiles.

Amane Ryomura and Daveriel Purugganan – Bio-Transience

Deployed structure. Photograph of the bioplastic structure clinging to tree branches within Flimwell Forest.

Aaishah Ali and Aretha Ahunanya – Woven Rays

Weaving studies. Physical models of weaving studies that explore the spatial qualities of light-transmitting structures.

Tiger Campbell-Yates and Joel Muhangi – Flimwell Photobioreactor

Section. The structure is intended to float on the ponds.

02

Proposition

Tiger Campbell-Yates – Camden Conversations

Exploded Axonometric. The building sits within and on top of the existing arches.

Tiger Campbell-Yates – Camden Conversations

Environmental section. Acoustic simulations are used in the design of ceiling baffles which control the acoustic quality of speaker spaces.

Tiger Campbell-Yates – Camden Conversations

Section. Lightwells within the existing structure bring natural light into the speaker spaces and provide natural ventilation outlets while connecting to the grid shell canopy above.

Belize Gurmen – Rave-Punk

Structural system. The skatepark slots into the existing structure, providing a roof structure to shelter activities underneath.

Aretha Ahunanya – High Line Artistry

Environmental section through the lightwells showing key environmental design principles for light and passive ventilation.

Luisa Groetsch – Aroma Oasis

Structural system showing load paths through the greenhouse and therapy spaces.

Leonie Bredenbals – Highline Nursery

Elevation. Timber structures sit on the future Camden Highline.

Daveriel Purugganan – Camden High Farm

Growing system. Produce is farmed above the highline allowing for public space and connectivity underneath.

Arthur Camara – Prepare! Play! Make!

Long Section. Play spaces weave underneath and on top of the disused rail line.

Aaishah Ali – Parkinson’s Retreat

Roof plan showing different tactile textures that wrap the building. The textural fabric and materiality of the building is intrinsically tied to wayfinding.

Aaishah Ali – Parkinson’s Retreat

Ground floor plan. To aid spatial memory, different tactile textures on the walls and aromatic plants in the space-specific courtyards distinguish one space from another.

Amane Ryomura – Curing Sound

Daylighting studies for therapy spaces.

Amane Ryomura – Curing Sound

Acoustic studies for therapy space through particle simulations.

Joel Muhangi – Camden Leisure

Environmental section. Activity spaces sit on top of the Camden Highline which connect to spectator spaces.

Jun Sakamoto – Camden Public Baths

Cross section through the bathing facilities which connect the street level to the Camden Highline.

Jun Sakamoto – Camden Public Baths

Long section through the bathing spaces and accommodation units.

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