Project description

This project repurposes the former headquarters of the Scottish Law Commission, an abandoned brick and concrete structure slated for demolition, into a community centre for the Edinburgh Student Housing Co-operative (ESHC). Identified through the Buildings at Risk Register, the structure offers reusable materials that, when combined with earth construction, can generate self-managed, affordable student spaces in line with the ESHC’s residential model.

The thesis proposes a methodology that adheres to the ESHC’s ethos of bottom-up reclamation, gradual transformation, self-management, and self-build. Developed through a year-long process of hands-on experimentation and prototyping with prefabricated earth blocks that culminated in the construction of a live-build structure for ESHC’s members, Cooperative Constructions scales up this material system, also combining it with subtractive protocols for the transformation of the existing building.

The project comprises a set of flexible indoor spaces, a thick scaffolding skin that doubles as a multi-level open-air balcony,  and an outdoor plaza. The indoor area uses an open plan with cut-away concrete floors and earthen walls to enhance natural lighting, thermal performance, humidity, and the interaction between spaces. The transitional scaffolded balcony connects interior and exterior, with customisable corners featuring coffee stations, green islands, and sunbathing areas. The outdoor plaza occupies the original structure of the former library, offering eight distinct outdoor experiences.

The occupation and re-construction processes emphasise community-crafted, manually extruded raw earth walls, while promoting a low-tech, low-cost building method that incorporates circular materials. Beyond the revitalization of the existing building, the project’s approach to sustainable materials and public participation may serve as a model for the bottom-up reclamation and repurposing of vacant buildings.

Subtraction and Addition

The building's original floors were made of precast concrete. As an activity space, the project aimed to break down the relationship between the different levels, creating a more open and interactive environment. To achieve this, we attempted to cut the concrete to obtain the desired floor shapes while still supporting them on the existing concrete beams and columns, ensuring structural integrity.

In keeping with the ESHC ethos of bottom-up reclamation, gradual transformation, self-management, and self-build, the project aims to provide only the geometric forms of the spaces without defining their specific functions.

This approach allows ESHC students to design the functions of different spaces themselves or revise and update previous functions as new cohorts of students arrive. By doing so, the project fosters a dynamic and evolving use of the building, where the functionality can continually adapt to the changing needs and ideas of its users. This method ensures that the building remains relevant and responsive to its occupants, promoting a sense of ownership and community among the students.

Exploded Axonometric Drawing
Project description

The Edinburgh Eco-Pavilion introduces an earth-based modular construction system to the Edinburgh Student Housing Co-operative, a democratically-run and student-owned alternative to private housing. The project introduces a live-build structure into the co-op’s existing courtyard, erecting a sheltered space and seating area that the students can enjoy and that, in the future, they could replicate, extend, and transform.In dialogue with the co-op members, and considering the site and its environmental conditions, the design process involved extensive experimentation with earth prefabrication and construction.

The walls are formed by stacking prefabricated blocks made by manually layering strips of fibre and raw earth into moulds, in a manner reminiscent of 3D printing. The geometry of the blocks is developed to optimize stability, strength and drying times, while also reducing their weight for easy transport and assembly. The timber roof is inserted into the wall cavities, which are partially filled with mass earth, forming a ring beam.

Project team
The Edinburgh Eco-Pavilion

The Eco-Pavilion’s modular configuration supports the adaptability of the design, allowing users to modify the wall's function and aesthetics following changing requirements. Strategic gaps within the stacked modules facilitate interchangeable functional inserts, such as seating, storage, or decorative elements, secured through diagonal braces. This adaptability makes the pavilion versatile for various activities, from relaxation to social gathering.

The adaptable nature of the system might also suggest its broad applicability to contexts such as emergency shelters, event spaces, and community centres.

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