Emanuel Science and Dining

location:
Clapham, London
client:
Emanuel School
role:
Architecture
Interiors
Hard Landscape
Lead Designer
Principal Designer: BR
Principal Designer: CDM
sector:
Education
value:
£25 million
status:
On Site

A project enhancing the school’s education offering with a bright ground-floor refectory doubling as an assembly space, with specialist science labs and tech classrooms above.

Emanuel School is an independent day school for pupils aged 10-18. It is located near Clapham Junction on a campus comprised of varying sizes and types of buildings. 

Situated to the north of the campus, the proposed development replaces the existing Exeter Building, housing the Design Technology workshops and Staff Rooms, with a new building to accommodate the Science Department, a dining hall and associated catering provision. It will serve as a new focus of the campus as a symbol of an ambitious and outward looking institution. 

Emanuel Science Internal Section
Section showing teaching space arranged around central atrium

Spread over four floors, it contains a dining hall and associated servery, kitchens and back of house catering facilities at ground floor. Above are three floors of teaching accommodation consisting of science laboratories, science prep rooms, general teaching rooms, meeting spaces, an atrium social learning space and associated WCs and stores. 

Emanuel Science Internal LabEmanuel Science Internal Dining
Emanuel Science Internal Sociallearning Casualseating
Above: typical laboratory and dining spaces. Above Right: Social learning space at the heart of the building

Architecturally, the building expresses the different elements of the brief that it contains. The ground floor dining and catering forms the base of the building. The first and second floors accommodate the majority of the practical science teaching and prep rooms and follow the same general footprint as the ground floor.  The science tutorial rooms to the third (top) floor are smaller, allowing the building to be cut back to reduce the massing.

Referencing the internal functions of the building, the materials have been selected to complement and respond to those found on the existing estate. Cues have been taken from the textures, tones and hues of the brickwork, stone and slate of the adjacent Snell Building.

The brick plinth is punctuated in numerous places, creating a glazed entrance to the west as well as a virtually fully glazed south facade with brick piers offering support to the building above. The west facade of the brick plinth is further fragmented by the introduction of the main external staircase to the first floor entrance. 

Signage 1
Looking towards the south elevation
Emanuel Science Seating Sketch
Emanuel Science View Between Dining And Muga
Left: Integration of social seating with the external staircase; Right: The view between the MUGA and dining

The main entrances are designed to create clear and welcoming approaches, indicated with large glazed openings at ground floor, and a stair and canopy leading to the first floor.

The ‘gold’ hue of the brick arches of the Snell building is referenced in the cladding adjacent entrance to the east elevation, the canopy soffit, the render colour behind the south elevation brise soleil, and the window reveals.

Signage 3 V2
View of the east elevation

The facades to the first and second floor have been developed to read as a continuous wrapping skin of terracotta, which is then punctuated with openings to respond to the requirement for maximum natural light within the classrooms and circulation areas, varying from facade to facade depending on orientation and internal use. The terracotta cladding offers hue consistency with the existing building whilst recognising the need for difference. Dark grey metal standing seam cladding is used at the top level, responding both to the different internal educational function and the tonal difference of the Snell Building roof.

The main entrances are designed to create clear and welcoming approaches, indicated with large glazed openings at ground floor, and a stair and canopy leading to the first floor.

The ‘gold’ hue of the brick arches of the Snell building is referenced in the cladding adjacent entrance to the east elevation, the canopy soffit, the render colour behind the south elevation brise soleil, and the window reveals.

Emanuel Science Roof Scape Model

The new building recognises the change in the approach to the school from the Avenue to the new bridge. This 90 degree change in approach is reflected in the orientation of the building. The new entrance point to the school over the bridge offers a very different experience to the original approach and by placing the new building at 90 degrees, a better dialogue with the Snell Building is created, avoiding a problematic duality to the entrance tower. The more reserved entrance points on the west facade reinforce this. 

The roof form consists of a series of four north-south orientated pitches, designed to relate to the multiple pitches of the Snell Building Roof.  The flat roofed area in the centre contains the majority of the plant for the building.  The pitches obscure the views of the plant, provide ideal locations for PV panels and relate to the pitched roof language found elsewhere on the campus

The project is due to start on site in March 2025 with completion scheduled in early 2027.

Emanuel Science Sketch Of New Building In Context
Sketch of the proposed new building in its context