Creating a new hub for collaborative learning and research
NG Bailey supported the design and delivery of the University of Sheffield’s new Faculty of Social Sciences building, working with BAM Construction to create a low-energy, sustainable facility that enhances the University’s reputation for teaching and research excellence.
The building sits at the centre of a new social sciences campus, providing bespoke accommodation for departments including sociological studies, economics and politics, alongside shared facilities such as a collaborative research hub.
Designing spaces that support active learning and wellbeing
The building has been designed to provide a flexible and forward-looking learning environment, supporting both traditional teaching and modern, technology-enabled learning.
A key principle of the design was that ‘every learning space should be active’, resulting in a mix of active learning environments, group collaboration areas and individual study spaces, all designed to support student wellbeing and engagement.
Delivering a renewable energy solution to meet complex thermal demands
A central feature of the project is its renewable thermal energy system, based on a geo-exchange and CHP hybrid solution designed to meet the building’s heating and cooling requirements efficiently.
The system incorporates an array of 16 coaxial borehole heat exchangers, offering improved thermal and hydraulic performance compared to traditional systems. It is configured to provide simultaneous heating and cooling, maximising overall system efficiency and enabling optimal use of CHP when required.
Balancing technical performance with architectural and acoustic constraints
The design and selection of mechanical services presented challenges, particularly in relation to strict acoustic requirements and the use of open soffit ceilings, which influence internal temperature conditions.
NG Bailey worked closely with the University and BAM to technically challenge the original design, incorporating value engineering solutions to ensure the project remained within budget while maintaining performance and design intent.
Using offsite manufacturing to improve efficiency and programme certainty
To reduce labour hours on site, minimise trade congestion and improve programme certainty, NG Bailey developed a range of offsite manufactured solutions.
These included multi-service distribution modules, valve sets, brackets, riser frames and office dado sections, enabling more efficient installation and improved quality control.
Delivering a sustainable, future-ready academic facility
The completed building provides a flexible, low-energy environment that supports modern teaching methods, collaboration and long-term sustainability.
Through a combination of innovative energy solutions, collaborative design and offsite manufacturing, NG Bailey helped deliver a facility that meets both current and future needs of the University.