Education
Stone
Prefabrication
Bioregional Sourcing
Education
Stone
Prefabrication
Bioregional Sourcing
Contemporary sandstone façade for a world-class research hub
Bayes Centre
Bennetts Associates
Performance Data
Embodied Carbon: Not declared
Design Life: Not declared
Thermal Performance: Not declared
Operational Energy: Not declared
Indoor Air Quality: Not declared
Renewable Energy Integration: Not declared
End of Life: Not declared
Construction Process: Prefabricated Swinton sandstone panels were sawn and rubbed, with colour variation blended before being cast into large façade panels.
Introduction
The Bayes Centre is a £45 million data science and artificial intelligence research building for the University of Edinburgh, designed by Bennetts Associates and completed in 2018. Located within the university’s central campus, the building provides flexible spaces for research, teaching, collaboration and commercial innovation. The project responds to Edinburgh’s historic architectural context through a contemporary interpretation of the city’s sandstone buildings.
The façade strategy combines Swinton Sandstone supplied by Hutton Stone with extensive glazing, creating a durable external envelope that balances civic presence, daylight access and functional requirements for a modern research facility. Rather than replicating traditional masonry construction, the design reinterprets local sandstone through precise detailing and contemporary fabrication techniques. The building’s material palette establishes continuity with Edinburgh’s architectural character while supporting adaptable internal spaces for evolving research uses. The project demonstrates how locally sourced natural stone can contribute to long-life institutional architecture, combining regional material knowledge, durability and contextual sensitivity within a contemporary building system.
The Bayes Centre is a £45 million data science and artificial intelligence research building for the University of Edinburgh, designed by Bennetts Associates and completed in 2018. Located within the university’s central campus, the building provides flexible spaces for research, teaching, collaboration and commercial innovation. The project responds to Edinburgh’s historic architectural context through a contemporary interpretation of the city’s sandstone buildings.
The façade strategy combines Swinton Sandstone supplied by Hutton Stone with extensive glazing, creating a durable external envelope that balances civic presence, daylight access and functional requirements for a modern research facility. Rather than replicating traditional masonry construction, the design reinterprets local sandstone through precise detailing and contemporary fabrication techniques. The building’s material palette establishes continuity with Edinburgh’s architectural character while supporting adaptable internal spaces for evolving research uses. The project demonstrates how locally sourced natural stone can contribute to long-life institutional architecture, combining regional material knowledge, durability and contextual sensitivity within a contemporary building system.
What to Notice
Environmental performance logic: Integrated building services design prioritises energy efficiency, daylight optimisation and user comfort through coordinated environmental engineering strategies.
Local stone continuity: Swinton sandstone façade panels reinterpret Edinburgh’s historic stone architecture while providing a durable contemporary envelope.
Prefabricated stone system: Large sandstone panels were fabricated off site, combining traditional stone materiality with modern manufacturing efficiency.
Flexible building systems: The engineering approach supports adaptable research and teaching spaces designed for changing future requirements.
Environmental performance logic: Integrated building services design prioritises energy efficiency, daylight optimisation and user comfort through coordinated environmental engineering strategies.
Local stone continuity: Swinton sandstone façade panels reinterpret Edinburgh’s historic stone architecture while providing a durable contemporary envelope.
Prefabricated stone system: Large sandstone panels were fabricated off site, combining traditional stone materiality with modern manufacturing efficiency.
Flexible building systems: The engineering approach supports adaptable research and teaching spaces designed for changing future requirements.
Hero Materials
Project Team
Location
Year Completed
Project Value
Awards
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