Value: £16 million
Client: Galliford Try
Architect: AHR
Services: Civil & Structural Engineering; Environmental
Read more…
The project consisted of a new two-storey Community College in North Tyneside. Delivered by Galliford Try on behalf of the Education Funding Agency.
The new building has adopted a variety of standardised design approaches that have ensured that the new structure responds to the overall building services strategy. The steel superstructure has been detailed to ensure that daylight into teaching areas is maximised. The floors are formed using precast concrete slabs, which are exposed within the general teaching areas. This allows the thermal mass of the floors to be mobilised, supporting the natural ventilation strategy for the building.
Close…
Value: £16 million
Client: Galliford Try
Architect: AHR
Services: Civil & Structural Engineering; Environmental
Read more…
The project consisted of a new two-storey Community College in North Tyneside. Delivered by Galliford Try on behalf of the Education Funding Agency.
The new building has adopted a variety of standardised design approaches that have ensured that the new structure responds to the overall building services strategy. The steel superstructure has been detailed to ensure that daylight into teaching areas is maximised. The floors are formed using precast concrete slabs, which are exposed within the general teaching areas. This allows the thermal mass of the floors to be mobilised, supporting the natural ventilation strategy for the building.
Close…
Value: £16 million
Client: Galliford Try
Architect: AHR
Services: Civil & Structural Engineering; Environmental
Read more…
The project consisted of a new two-storey Community College in North Tyneside. Delivered by Galliford Try on behalf of the Education Funding Agency.
The new building has adopted a variety of standardised design approaches that have ensured that the new structure responds to the overall building services strategy. The steel superstructure has been detailed to ensure that daylight into teaching areas is maximised. The floors are formed using precast concrete slabs, which are exposed within the general teaching areas. This allows the thermal mass of the floors to be mobilised, supporting the natural ventilation strategy for the building.
Close…
Client-side cookies are used to verify the login status of customers using products or services linked directly with our website. Usage of a cookie is in no way linked to any personally identifiable information while on our site. If you reject the cookie, you may still use our site; however, you may not be able to access all areas of our site. Learn more.
Accept & Close