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A range of subscription options to make NBS Chorus work for you

Now live! A brand-new NBS Chorus package created specifically for practices working on smaller works and projects

Calculate the ROI for your business and gain a clearer understanding of the benefits that you may be able to achieve by using NBS Chorus

NBS offers a range of tools for specification and collaboration

A dynamic and unified classification system for the construction industry covering all sectors

A comprehensive online collection of construction related standards, regulations, technical advice and articles

NBS provides a range of tools to help connect your CAD model to your specification model

Our legacy products are now retiring. Find out all you need to know about this transitional period.

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Platform

NBS Chorus Plans and features Small works New ROI Calculator New Book a demo Sign in to NBS Chorus NBS Source New Browse by category Browse by manufacturer For manufacturers Go to NBS Source Other tools Uniclass 2015 Construction Information Service (CIS) Plug-ins Product retirement New

Resources

Knowledge Working remotely New Sample Specification Case studies Authors

Support

Support Training Downloads and updates

About

About NBS Newsroom Partners

Platform

NBS Chorus Plans and features Small works New ROI Calculator New Book a demo Sign in to NBS Chorus NBS Source New Browse by category Browse by manufacturer For manufacturers Go to NBS Source Other tools Uniclass 2015 Construction Information Service (CIS) Plug-ins Product retirement New

Resources

Knowledge Working remotely New Sample Specification Case studies Authors

Support

Support Training Downloads and updates

About

About NBS Newsroom Partners

Martyn Dade-Robertson

Martyn Dade-Robertson
Reader in Design Computation, Co-director of the Architectural Research Collaborative, Newcastle University

I am a Reader in Design Computation in the School of Architecture, Planning and Landscape at Newcastle University.

My research investigates a range of new and emerging technologies for Architectural Design including Digital Computation and Synthetic Biology. I have MPhil and PhD degrees in Architecture from Cambridge University and an MSc in Synthetic Biology from Newcastle.

My current projects examine the use of engineered bacteria to create new materials and structures for the built environment and I collaborate with microbiologist, civil engineers and computer scientists.

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