To achieve sustainable design, material selection, and construction are no different to those required to achieve any other aspect of good design. The process relies on an understanding of the potential environmental issues, to compliment and contextualise what is already known among these professional experts.
Sustainable construction has straightforward aims: to minimise waste on and off site; reuse materials and make use of those reused or recycled; avoid complex components that are difficult to recycle at end of life; and choose construction systems that can be delivered by local operatives by existing or new skill sets.
Design is a holistic process that seeks to create the best solution across a broad range of requirements, which includes social and economic sustainability as well as environmental responsibility. A good designer will always look first at exploiting the opportunities of the site and the client's brief to produce a building which, as far as possible, works passively to minimise energy and resource use. The next step is to incorporate technologies for minimising resource demand that are appropriate to the site, the building occupants’ needs and their capacity to manage and operate them. Also, designing to enable future change of use, easy maintenance, and eventual disassembly and reuse will lengthen the lifespan of a building and minimise its overall impact.
EAUC-Scotland's Sustainable Construction Topic Support Network (TSN) is open to all, providing an opportunity for those working in or with the further and higher education sector to share ideas and questions and to get together to hear from particular speakers or discuss topics of interest.
The project comprised design and build of an insulated aluminium rainscreen and window replacement.
This case study demonstrates how d +b facades designed and built an insulated aluminium rainscreen covering 9,800m2 and 2,000 replacement windows.
This is a d+b facades case study on the design and build of an insulated aluminium rainscreen and replacement windows.
This case study demonstrates how d+b facades insulated aluminium overcladding and replacement windows to two two-storey buildings with projecting bays to the upper floor.
This case study demonstrates how d+b facades provided an alternative, under bugdet, approach to giving Annex's location a 'hybrid' aluminum rainscreen,...
This case study describes how d+b facades insulated aluminium rainscreen overcladding, single ply overlay roof and replacement windows to two interconnected multi-storey...
This case study describes how d+b facades comprised the design and build of an insulated aluminium rainscreen and replacement windows.
Phase 1 overcladding of the University of Bradford’s Richmond Building was completed in 2006 – Phase II was undertaken nearly 10 years later!
A case study of the work d+b facades carried out on Blackpool & The Fylde College to repair, restraint and stabilise existing external buildings.
The case study describes how d+b facades designed and built insulated aluminium rainscreens, window replacement and insulated roofing at Bedford College.
This case study demonstrates how d+b facades designed and built an insulated rainscreen and window replacement to multiple storied buildings at Liverpool John Moores University.
Outputs from a meeting about the RICS Ska Rating scheme which S-Lab helped to organise on behalf of the AUDE Sustainability Group. It contains; a summary of the workshop content...
When Motherwell College came to specify the flooring for its new £70 million Ravenscraig building it turned to Building Design Partnership to create a stunning sustainable scheme
Presentations from the EAUC annual conference 2013 on sustainable buildings and reducing carbon in heritage buildings.
Details of the NUS HQ, a demonstrator of an eco-office with a range of pioneering sustainability initiatives, including a pay as you go light scheme.
A short film showcasing some European universities and how they are distinguishing themselves with radical architecture, design and branding.
Brunel University in Uxbridge recently unveiled its new look library, courtesy of leading global flooring company Interface. The company’s products were used in the 8,500...
In the context of a long term Estates Strategy, Oxford Brookes University has set an ambitious target to reduce carbon emissions from its building estate by 50% by 2020. The...
Software, infrastructure or compute as a service needs a level of availability and fault tolerance usually only found in bespoke telecommunication environments. In most...
The nationwide adoption of "carbon reduction commitments" by universities and colleges is exciting! Many are making a real effort to reduce energy consumption in...