INNOVATING
R80
R92
We designed a 2-storey extension to the Research Complex at Harwell, a national science resource supporting over 180 permanent and 500 visiting researchers annually. The 280sqm addition provides flexible open-plan laboratory space on the upper floor, with a ground floor ‘shell & core’ area for future conversion. Metal cladding, extensive glazing, and brise soleil for shading, maximise the sunlight and enhance the visual connectivity to the adjacent laboratories.
We designed and delivered a phased two-storey extension to Building R80 for the IMAT neutron imaging facility at ISIS. The 415 sqm steel-framed building houses experimental equipment, plant rooms, and a new entrance lobby, fully integrated with the existing operational building. The project included M&E services, overhead crane coverage, and careful coordination to minimise disruption. Phase 2 added a mezzanine floor and office spaces following equipment installation.
R1
R89
We designed a 3,600sqm facility on the RAL science campus for data curation services and 150 staff. The ground floor houses a secure computer hall for data storage within a robust concrete structure with controlled access. Above, two floors of offices surround a central atrium that enables natural ventilation, creating a low-energy working environment. The building features a barrel- vaulted roof and terracotta cladding, reflecting its prominent location at the campus entrance.
We led the phased refurbishment of Building R1, ensuring that the building remained fully occupied throughout, including active laser laboratories, requiring careful coordination and planning. Works included 5,700 sqm of internal refurbishment and complete re- cladding to improve both environmental performance and visual appearance. Designed in close collaboration with user groups, we upgraded the building to reflect the standing of a world-leading research institution.
R105 / R106
R4
We refurbished and extended the 1960s R4 crane hall, creating modern office and workshop spaces by adding floors and raising the roof, while retaining critical plant areas for the R5 Synchrotron. The project successfully maintained live plant equipment throughout construction. To maximise natural light in challenging conditions, a central atrium was introduced, providing a bright and welcoming focal point. Fire-rated windows connect office and plant areas, fostering collaboration between office staff.
OA delivered a dual-purpose research support facility, carefully integrated into the landscape to reduce visual impact. It features two 70 x 35m clear-span halls for testing and handling, full crane coverage, and a three-storey office. Designed to BREEAM ‘Very Good’ with natural light maximised through roof and wall glazing.
This project supports cutting-edge scientific research in a sensitive rural setting.
R75
R3
A high-tech reception, office and control building that sets the tone for a leading science and research campus. Its minimalist design responds to the simplicity of existing structures, while metal cladding and glazing convey a contemporary character. From the double-height entrance and reception, the building steps down to single storey above the administration areas, with the security suite prominently located beneath the entrance canopy.
A contemporary new entrance, reception, multifaith room, and office spaces for the ISIS research facility at Rutherford Appleton Laboratory. Designed to improve both public presence and internal function, the scheme introduces natural light, flexible office layouts, and modern finishes throughout. The copper-toned zinc cladding complements the existing building while signalling a fresh identity for one of the UK’s leading science hubs.
OA ARCHITECTURE
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