David Mackay – Ray Dolby Centre

To promote a wider understanding and appreciation of the construction industry

David Mackay - Ray Dolby Centre

David Mackay Award for Engineering and Sustainability

For this final award, unusually, and perhaps a reflection of the increasingly mainstream character of sustainability, we have no less than four highly commended projects as well as an overall winner.  Each of the commendations are of a particular aspect as follows:

Highly commended for engineering-led design:  Ray Dolby Centre

Ray Dolby Centre Interior

Ray Dolby Centre, Cavendish Laboratory, University of Cambridge

The Ray Dolby Centre is a world-leading research facility delivering stringent technical performance, and a public-facing hub for collaborative work and study. Central to the emerging Cambridge West Innovation District, it represents a leap forward for science in the UK.

Client: The University of Cambridge

Main Contractor: Bouygues UK

Architect, Interior Designer and Lead Consultant: Jestico + Whiles

Technical Architect: Jacobs

Civil, Structural and Vibration Engineer, Fire Engineer, Acoustic Consultant: Ramboll

M&E Engineer, AV Consultant, IT/Security Consultant, BREEAM Assessor: Hoare Lea

Landscape Architect (excluding JJ Thomson Gardens): Plincke

Cost Manager: AECOM

Project Manager, NEC Supervisor, Principal Designer (CDM): Currie & Brown

Accessibility Consultant: David Bonnett Associates

Catering Consultant: Tricon

Lighting Designer: Studio Fractal

Planning Consultant: University of Cambridge Estates Division

Public Artist: Troika

Art Consultant: Contemporary Art Society

Image credit: View inside the public wing atrium towards reception from level 2. © Kilian O’Sullivan

Photo of documenting solar panel installation with video as part of ongoing education resources. Copyright Cambridge Building Society.

Judges citation:

“This project successfully addressed the challenging brief for specialist research facilities, with the design informed and supported by its exacting users, and requiring both contemporary and potential future needs to be anticipated.  As a result it will be both long-lived, adaptable and with high environmental performance through its operating life.”