To support the Universities vision of providing state of the art learning and investing in new teaching spaces across our Campus. The building design takes architectural inspiration from other areas of campus such as the Ziggurats and the Lasdun Wall, both designed by Denys Lasdun.
Why is Building 60 being built?
Why are extra teaching spaces needed?
To support a spirit of collaboration and discovery we are providing teaching spaces and laboratories which can support multiple faculties, where social learning and creative interaction can flourish.
What impact will Building 60 have on traffic and transport infrastructure?
Deliveries for the site are scheduled to limit excessive traffic. The installation of utilities and services will require some road and car park closures at times, including changes to bus services.
What are we doing to make the development sustainable?
The use of post-tension slab - reducing the use of concrete in the build - and ground granulated blast furnace slag (GGBS) will ensure construction is as sustainable as possible. Likewise, recycled plastic will provide IPS panels to toilet blocks and the feature timber to the atrium and balustrade is sourced locally through a local subcontractor.
Building 60 will be served by the main district heating system and make use of photovoltaic panels in its glazing specifications, which will reduce solar gain and therefore cooling costs. In addition, top soil across the site will be reused, reducing transport costs but also retaining nationally rare plant species such as common Mullein – Verbascum Thapsus.
When will the building be open?
Considerable progress is being made on Building 60.
The concrete frame first floor has been erected ahead of schedule, and progress on the second floor is well underway.
In particular the contractor, R G Carters, are really excited about a huge concrete feature wall with a bespoke finish, and 8 metre high feature columns across the main entrance to the new building.
Over 7,000 zinc shingles were recently placed on order together with the specialist corten steel, which requires a specific natural weathered finish.
The R G Carter team continue to work closely alongside the Estates Division on items such as mechanical and electrical design, checking the details to the fume cupboards, and cooling and integration of the audio visual design.
This month will see the arrival of a virtual reality cave on site, alongside laboratory furniture mock-ups for the UEA laboratory users to familiarise themselves.