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Oxford University Biochemistry,
Oxford, Oxfordshire, UK

Developing and applying intelligent innovation to maximise results

Site constraints can prevent clients from getting the most out of a development. However, using unique solutions Peter Brett Associates LLP (PBA) overcame building height limitations and maximised space, allowing the construction of this new landmark building.

The world famous Oxford University sought to build an iconic science facility by removing four of its campus’s existing buildings. Various elements including the surrounding structures, an extensive underground services infrastructure, and limit on building height presented a challenging set of site constraints.

We took a unique approach in overcoming these issues through application of non-traditional techniques. As traditional methods in foundation construction presented too great a risk to the surrounding buildings and infrastructure, we used the Top Down approach. Simultaneous excavation and construction was possible by sinking structural columns embedded within piles. Our own Parallel Beam Approach overcame building height limits by saving on the thickness of each floor. Space was maximised by integrating services zones into the structural zone which removed the need for building additional depth for services.

The approach saved so much space that construction of an additional level was possible.

 

Additional images

Did you know?

As an example of how our ability to produce and use the best solutions brings value to projects, the approach saved so much space that construction of an additional level was possible.

Services provided

  • Air quality & acoustics
  • Civil engineering
  • Geotechnics
  • Structural engineering
  • Transport
  • Waste Management

Project highlights

  • Sensitivity to surrounding developments with use of unique Top Down construction technique
  • Creation of additional space through application of our innovative Parallel Beam Approach
  • Sustainable reuse of materials from demolished buildings
  • Use of materials with lowest carbon footprint