Sir William Henry Bragg Building

Speed

Over 1,750 off-site manufactured structural components assembled in just 32 weeks within a confined city centre university campus creating this complex 15,700m² Biomedical Research facility.

Quality

PCE’s systemised engineering approach, catalogue of standard structural components and connections enabled the highest levels of quality, structural performance, and predictability to be achieved.

Safety

With a construction team of just 20 operatives, over 28,000-man hours delivered accident free.

Value

This complex concrete frame and basement liner wall delivered on time, on budget and provides high levels of vibration resistance within the suspended floors resulting in the target VC-A performance requirement being exceeded.

The Sir William Henry Bragg Building story

Sir William Henry Bragg Building Pinterest Board »

The ‘kit of parts’: over 1,750 off-site manufactured structural components

PCE Design Team visits Leeds University Project

Leeds University update 6 – PCE installs last prestressed flooring unit

Leeds University update 5 – ground floor level completed

Leeds University update 4 – PCE’s safety standards and processes knowledge is recognised

Leeds University update 3 – the Offsite engineered Hybrid structure approach

Leeds University update 2 – below ground elements require only 12 weeks and 10 people

New project update – University of Leeds, Sir William Henry Bragg Building

Location: Leeds, UK
Client: University of Leeds
Main Contractor: BAM Construct UK Ltd
Consulting Structural Engineers and Building Services: Arup
Architect: ADP

The benefits of HybriDfMA Frame System construction:

Over 1,750 off-site manufactured structural components assembled in just 32 weeks within a confined city centre university campus

This complex concrete frame and basement liner wall delivered on time, on budget and provides high levels of vibration resistance within the suspended floors resulting in the target VC-A performance requirement being exceeded.