The transformation of the former Herman Miller factory at Locksbrook Road into the new School of Art and Design for Bath Spa University represents a major adaptive reuse project within the city of Bath. Situated on the banks of the Kennet and Avon Canal, the building forms a distinctive industrial landmark and plays an important role in the area’s architectural and educational landscape.
Originally constructed as an industrial facility, the building contains approximately 8,500 square metres of floor space and features an innovative façade design incorporating glass reinforced plastic (GRP) panels, making it one of the oldest GRP buildings in the United Kingdom.
As part of the redevelopment, the building was repurposed into a modern educational facility capable of supporting contemporary teaching environments for art and design students. The project required extensive refurbishment of the building envelope to ensure long-term durability, improved performance, and integration with the updated architectural vision.
Structura UK worked closely with main contractor Willmott Dixon to deliver a comprehensive building envelope solution. The scope included the refurbishment of existing façade panels, replacement glazing throughout the building, and the creation of a new glass top floor, all while preserving the distinctive architectural features of the original structure.
This project demonstrates how specialist façade engineering and refurbishment expertise can enable the successful transformation of a historic industrial building into a modern educational campus.
Location:
Locksbrook Road, Bath
Architect:
Grimshaw Architects
Main Contractor:
Willmott Dixon Ltd
Consultant:
Montresor Partnership
Several key project metrics highlight the scale and complexity of the Locksbrook Road campus transformation:
Building size: Approximately 8,500 m²
Building type: Educational facility (conversion from industrial building)
Façade material: Glass reinforced plastic (GRP) panels
Key façade works: GRP panel restoration, glazing replacement, glass top floor installation
Specialist solutions: On-site spraying booths with extraction ventilation
Heritage considerations: Listed building façade preservation
These factors demonstrate the scale of the refurbishment and the technical coordination required to deliver the project successfully.
Transforming an ageing industrial facility into a high-performance educational building presents several technical and logistical challenges. The Bath Spa University project required a careful balance between preserving the building’s original character and upgrading its façade systems to meet modern standards.
One of the defining architectural features of the building is its façade made from glass reinforced plastic (GRP) panels. At the time of construction, GRP was considered a forward-thinking material choice due to its durability and design flexibility. However, decades of exposure to weather conditions meant the façade required significant refurbishment. Restoring GRP panels presents unique challenges because the material must be treated carefully to preserve its structure and surface quality. Unlike more common façade materials such as aluminium or steel, GRP requires specialised preparation and refinishing techniques. In addition, the age of the panels increased the risk of damage during removal, transportation, and restoration. Preserving these panels was critical to maintaining the building’s architectural identity.
The building’s heritage status meant that refurbishment work needed to respect its historic design characteristics. This requirement extended to the glazing systems installed throughout the building. Replacement glazing needed to replicate the appearance of the original systems while delivering modern performance and durability. Matching existing details within historic buildings can be challenging, particularly when original components are no longer available through standard suppliers.
With 8,500 square metres of internal space, the building represents a substantial structure requiring significant façade refurbishment. The project required coordination across several building envelope elements, including GRP panel refurbishment, glazing replacement, entrance façade elements, repairs and refinishing of existing façade surfaces, and installation of a new glass top floor. Delivering this scope efficiently required careful planning and collaboration between the project teams.
Transporting ageing façade panels away from site for refurbishment could have increased the risk of damage. Given the importance of preserving the original façade elements, the project required an approach that would allow refurbishment to be completed safely while minimising handling risks.
Structura UK provided a comprehensive façade refurbishment solution that addressed the project’s technical challenges while ensuring the building envelope could support the new educational facility. The solution combined façade restoration, specialist glazing installation, and innovative on-site refurbishment techniques.
A key innovation within the project was Structura’s decision to refurbish the existing GRP panels directly on site. To achieve this, the team installed two fully operational spraying booths on site, complete with extraction ventilation systems. These temporary facilities allowed the panels to be removed, restored, and refinished within a controlled environment. The process involved:
This on-site process offered several advantages. By avoiding transportation of the panels to external facilities, the risk of damage to these historic components was significantly reduced. The approach also enabled the project team to maintain greater control over the restoration process while ensuring the panels retained their original visual character.
Alongside the façade refurbishment, Structura also replaced glazing throughout the building. Glazing replacement was a critical element of the refurbishment because it contributed to the overall performance and usability of the new educational facility. However, the building’s listed status required the new glazing to closely match the appearance of the original systems.
To achieve this, Structura sourced bespoke glazing gaskets from Germany that replicated the original components used in the building. These specialist components ensured that the new glazing could be installed while preserving the visual integrity of the façade. The new glazing systems were designed and installed to integrate seamlessly with the existing structure while providing improved durability for long-term use.
As part of the building conversion, a new glass top floor was introduced to expand the usable space of the facility. This addition required careful integration with the existing structure to ensure structural stability and visual consistency with the building’s architectural design. Structura’s expertise in glazing systems and façade engineering allowed the team to support the installation of this new architectural feature. The glass top floor contributes to the building’s contemporary design while maintaining a connection with the industrial heritage of the original structure.
The project highlights Structura’s ability to deliver multiple façade disciplines within a single coordinated solution. By managing the refurbishment of façade panels, replacement glazing, and additional façade elements within one integrated scope, the project benefited from streamlined coordination and project management. This integrated approach helped ensure consistent quality across the building envelope and reduced the complexity typically associated with multi-contractor façade works.
The refurbishment of the Locksbrook Road campus successfully transformed the former industrial building into a modern educational facility while preserving the architectural character that makes the structure distinctive. The completed building now serves as the Bath Spa University School of Art and Design, providing a creative environment for students and staff.
Repurposing the former Herman Miller factory allowed the building to continue contributing to the architectural and cultural landscape of Bath. Rather than demolish and rebuild, the project preserved the original structure while adapting it to meet the requirements of a modern university campus. The refurbishment demonstrates how existing buildings can be successfully adapted for new uses through careful engineering and design.
The restoration of the GRP façade panels ensured that the building retained its distinctive visual identity. Through careful restoration and refinishing, the panels were returned to a high standard while maintaining their original design appearance. This approach allowed the building to maintain its architectural significance while extending the lifespan of the façade.
Replacing the glazing systems and refurbishing the façade improved the durability and long-term performance of the building envelope. These upgrades help ensure the building will continue to function effectively as an educational facility for years to come.
The decision to refurbish the façade panels directly on site played a significant role in the efficiency of the project. By avoiding the need to transport panels off site, the project team reduced both risk and logistical complexity. This innovative approach helped streamline the refurbishment process and contributed to a more efficient construction programme.
The Bath Spa University School of Art and Design project illustrates how specialist façade refurbishment expertise can enable the successful transformation of historic buildings into modern facilities. Through careful restoration of the GRP façade, replacement glazing that respected the building’s listed status, and the installation of new architectural elements such as the glass top floor, Structura UK helped deliver a building envelope solution that supports the long-term use of the facility. By combining design, fabrication, and installation expertise within a single integrated approach, Structura delivered a project that preserved architectural heritage while supporting the future needs of Bath Spa University.
Schuco Excellence Awards 2023
Overall Winner
Education Award Winner
Sustainability Award Winner
RIBA UK Awards 2021
South West Award Winner
National Award Winner

Michealmoors Property Awards 2020
Heritage Project of the Year Award Winner