assemblage
habitable structure evolving according to the available resources
Mission:
competition
Clients:
Ministère du Tourisme - OAI
Location:
Luxembourg
Date:
2023
Prize:
“Special prize”
competition
Clients:
Ministère du Tourisme - OAI
Location:
Luxembourg
Date:
2023
Prize:
“Special prize”
Designed as a modular unit, Assemblage is a system that can be extended, dismantled and modified ad infinitum. The wooden superstructure forms the basis on which spaces and equipments are combined to compose this hut. Adaptable to all sites and programmes, the system allows for sustainable projects that are relevant to their uses.
The different functions, highlighted by the architecture, are separated and reduced to the essential. A set of basic modules allows the comfortable stay of its occupants: a semi-outdoor living area, equipped with a wood-burning stove and a kitchenette; an insulated bedroom cabin with a large window framing the landscape; a sanitary space, including toilet, washbasin and shower with hot water supply. Nets link the modules together, allowing them to be explored in a playful way.
The construction system facilitates circular economy from the outset. The base format consists of a 1 m cubic module. This small size allows great flexibility and easy sourcing of materials. The small basic volume of 1 m³ also makes it easy to add equipment as needed, such as vegetable gardens, rainwater harvesting tanks or other self-sufficiency systems.
The assemblies and parts required are designed to be simple to transport and (dis)assemble. This allows for self-build, by the owner - or user, and permits construction in hard-to-reach locations. The project can thus evolve according to the needs of the programme and the availability of materials in the region.
As the dimensions of the space modules are limited and reasonable, the reused materials necessary for their construction can be found more quickly and in short circuits: the timber elements come from construction site and carpenter's workshop off-cuts; the roof coverings come from the demolition of a neighbouring house; the sheet metal cladding comes from a farm renovation surplus. Together, these elements build the identity of the project, which reflects the place and history in which it is situated.
This project has been further developped with a generative algorithm tool able to produce an infinite amount of design options. The tool integrates a simplified Life Cycle Assessment that evaluates the Global Warming Potential (embodied Carbon) of each proposal.
It can be freely explored here: Design Explorer.
The different functions, highlighted by the architecture, are separated and reduced to the essential. A set of basic modules allows the comfortable stay of its occupants: a semi-outdoor living area, equipped with a wood-burning stove and a kitchenette; an insulated bedroom cabin with a large window framing the landscape; a sanitary space, including toilet, washbasin and shower with hot water supply. Nets link the modules together, allowing them to be explored in a playful way.
The construction system facilitates circular economy from the outset. The base format consists of a 1 m cubic module. This small size allows great flexibility and easy sourcing of materials. The small basic volume of 1 m³ also makes it easy to add equipment as needed, such as vegetable gardens, rainwater harvesting tanks or other self-sufficiency systems.
The assemblies and parts required are designed to be simple to transport and (dis)assemble. This allows for self-build, by the owner - or user, and permits construction in hard-to-reach locations. The project can thus evolve according to the needs of the programme and the availability of materials in the region.
As the dimensions of the space modules are limited and reasonable, the reused materials necessary for their construction can be found more quickly and in short circuits: the timber elements come from construction site and carpenter's workshop off-cuts; the roof coverings come from the demolition of a neighbouring house; the sheet metal cladding comes from a farm renovation surplus. Together, these elements build the identity of the project, which reflects the place and history in which it is situated.
This project has been further developped with a generative algorithm tool able to produce an infinite amount of design options. The tool integrates a simplified Life Cycle Assessment that evaluates the Global Warming Potential (embodied Carbon) of each proposal.
It can be freely explored here: Design Explorer.
