Engineering the Sainsbury Laboratory

Engineering the Sainsbury Laboratory

Dec 13, 2012 |NBS

Stanton Williams' Stirling Prize-winning Sainsbury Laboratory is a state-of-the-art facility for Cambridge University. This programme looks at how the Sainsbury Laboratory was built. It examines the crucial role engineer Adams Kara Taylor (AKT) II played in realising the highly technical building, including designing the building's long spans and cantilevered walkways, tackling a brief that called for a complete absence of visible expansion joints, and overseeing the complicated in-situ, jointless concrete pours that have helped give this building such a distinctive look.

This programme will be of particular interest to architects and engineers.

Key learning points:

  • An overview of the scheme and the client’s requirements
  • Engineering cantilevered floors and in-situ concrete pours
  • vibration and deflection, and why they need to controlled

Discussion points:

  • What types of slabs were used on this project?
  • What is Young's Modulus and why does it matter?
  • How did AKT achieve external nosings with no expansion joints
  • Why are chamfered edges easier to achieve than 90 degree ones
  • Why was 'the street' so integral to the building's strength?

About the contributors

Gavin Henderson, Director Stanton Williams, joined the practice in 1994. He has worked on a number of the practice’s high profile projects, including Compton Verney Art Gallery, the Millennium Seedbank and public realm proposals for Sloane Square.

Currently a Design Surgeon for Urban Design London, Gavin is a critic and lecturer at a number of UK schools of architecture and has taught at the University of North London. He is a past member of the National Design Review Panel for CABE.

Gavin studied architecture at the University of Cambridge and the Graduate School of Design at Harvard University and was awarded the RIBA Bronze Medal, and a commendation for the RIBA Silver Medal, for his student work.

Steve Toon, Director, AKT II, joined AKT in 1997as a graduate engineer (from the University of Sheffield) when the practice was in its second year.

The Sainsbury Laboratory gave Steve and AKTII the opportunity to put into practice knowledge gained over various projects including the 2012 Athletes’ Village, Birmingham New Street Station and Argent’s King’s Cross Development.


RIBA CPDDisclaimer: NBS TV programmes are the intellectual property of RIBA Enterprises and it shall be a breach of this right to copy, or in any way exploit commercially or show in public any of the programmes without the express permission of RIBA Enterprises.
The information contained in the programmes is not intended and accordingly shall not be relied upon either as a substitute for professional advice or judgement or to provide legal or other advice with respect to any particular circumstance. RIBA Enterprises accepts no responsibility for loss occasioned to any person acting or refraining from action as a result of the information contained in the programmes.

Our latest articles

The hidden cost of compliance: why architects are demanding a new era of product transparency

Few pieces of legislation have reshaped the UK construction industry as significantly as the Building Safety Act 2022 (BSA). Introduced to improve accountability, traceability and safety standards across the built environment, the legislation has fundamentally changed the responsibilities placed on architects, contractors and manufacturers. While the principles behind the Act are widely supported, the reality for architectural practices is proving more challenging than many anticipated.

Brick slip cladding systems – the need for robust specification

This article from the NBS technical team outlines specification for brick slip technology, including history, technology, design, safety and testing.

Design and SpecificationConstruction Products

Rethinking MMC: delivering speed without increasing risk

The need to build more homes, more quickly, has not changed. If anything, the pressure has intensified. However, the conversation around Modern Methods of Construction has evolved.