PLANNING GRANTED FOR THE NEW ACADEMIC BUILDING, BEDFORD SCHOOL
OCTOBER 2022
Arriving at the School via the De Parys Avenue Gates. Visualisation depicting the set-back frontage of the proposed New Academic Building, revealing the Main School Building.
We are delighted that Bedford School have been granted planning permission to build their New Academic Building. The new teaching facility, arranged across two-storeys will host 21 classrooms for Maths, Economics and Computer Science along with smaller rooms for group working and seminars. The building is composed as a chain of simple square teaching volumes arranged around a central breakout and circulation concourse. The facades borrow from the organisational principles and neo-gothic elements of the Main School Building - employing deep reveals, gabled roofs, chimneys and a lantern to create generous, bright and airy spaces for teaching and learning. In front of the new building, there will be a new pedestrianised square with delicate trees and lush low-level planting. To the rear, a series of small villa gardens will be combined to form a larger courtyard garden captured by the existing library and New Academic Building, hosting teaching terraces and verdant spaces for socialising and rest.
Image Credit: Pictureplane
BALLIOL COLLEGE, SPORTS PAVILION
NOVEMBER 2019
7:45 AM, London Bridge. The train from Uckfield just entered the station and is spitting out hundreds of commuters, flowing past us. We hop on the now empty train and leave London to visit our timber sub-contractor’s workshop in East Sussex.
We are fast approaching the construction stage of our Sports Pavilion project for Balliol College in Oxford and were invited to review a mock-up of the roof structure. The pavilion roof is formed of slender sweet chestnut glulam joists; 10 layers are stacked on top of each other, each layer cantilevering further into the space, creating a coffer.
1:50 model
From outside the roof structure expresses itself as a lantern, popping up in the centre of the building. The lantern is fully glazed, allowing for rays of sunshine to enter through the stacked glulam. In the evening, the dense timber lattice will be highlighted by a subtle glow, originating from LED strips, that are recessed in the top of the glulam joists.
The mock-up in Inwood’s (timber sub-contractor) workshop
Lighting strategy detail plan and section
The mock-up was used to test the connection details between the individual layers of glulam, the construction sequence, and the integration of the LED strips and the associated wiring. Preceding the assembly of this mock-up, these details have been worked through and coordinated in many lengthy design workshops, involving the contractor, structural and electrical engineers, the timber sub-contractor, electricians and us architects. As such, it was even more enjoyable to review the mock-up with all the parties involved and to see our combined efforts bearing fruit.
The carpenters who built the mock-up and the Electrical Engineer, Design Manager, and Architect discussing the installation and accessibility of the LED strips