Yeoman Park Academy
This project has been announced as a finalist in the forthcoming NFRC 2026 UK Roofing Awards taking place in London on May 8th, submitted by Advanced Roofing Ltd.
Yeoman Park Academy is a new school development featuring a biosolar system incorporating green roofing and integrated photovoltaic technology.
Synopsis
The Yeoman Park Academy project in Mansfield is a new build educational facility delivered to support students, staff and the wider community. The roofing scope was developed to accommodate a complex combination of biosolar technology, green roofs and traditional waterproofing systems across large roof areas.
The project placed strong emphasis on sustainability, durability and long term maintainability, with a requirement to integrate renewable energy generation without compromising waterproofing performance or service life.
Bauder building board
Project | Yeoman Park Academy |
Location | Mansfield, Nottinghamshire |
Project type | New Build |
Roof size | 2514 m2 |
Main contractor | BAM Construction Ltd |
Approved contractor | Advanced Roofing Ltd |
The specification
The development incorporated a range of Bauder roofing systems across different roof areas for varied functional requirements. In order to facilitate roof access provisions and robust testing and maintenance strategies, hot melt and built up felt systems were used.
Green roof areas were installed using a Bauder Total Green Roof System (BTGRS), with selected zones accommodating a BauderSOLAR G LIGHT biosolar solution where photovoltaic panels were integrated within the green roof build up. Other roof areas incorporated hot melt waterproofing and felt systems, providing durable finishes suited to plant areas, circulation zones and service interfaces.
Hot melt was installed to concrete decks laid to falls, incorporating inverted insulation and filter layers to deliver consistent thermal and waterproofing performance. Built up felt systems were installed with torch applied vapour control layers, tapered PIR insulation and mineral cap sheets incorporating anti root properties to support green roof zones.
Across the roofscape, thermal performance was addressed through a combination of PIR insulation, tapered insulation and inverted roof insulation, achieving a consistent U value of 0.12 W/m²K. Vertical upstands were insulated using cement faced XPS or PIR boards to maintain thermal continuity at details. All insulation was installed in accordance with manufacturer guidance and inspected prior to membrane application, supporting energy performance and occupant comfort within the completed school building. Detailing at parapets, roof penetrations, abutments and drainage points was carefully managed in line with Bauder specifications and project design requirements.
Project challenges
The project presented a high level of complexity due to the scale of the roof areas, the number of different roof types and the integration of renewable energy systems within the overall waterproofing strategy.
The most demanding aspect was the installation of the Bauder SOLAR G LIGHT biosolar system, which combines photovoltaic panels within a green roof build‑up. This required close coordination to manage waterproofing integrity, drainage, structural loading and future maintenance access within a single roof zone.
Sequencing was critical throughout the works, with waterproofing installation and testing completed ahead of protection layers, drainage components, substrates and PV systems. Numerous upstands, roof penetrations and interfaces further increased detailing requirements, making careful planning essential to ensure full buildability, compliance with system requirements and consistent long‑term performance.
Given the size of the roof areas and the variety of systems involved, careful planning of deliveries and storage was essential. Materials were delivered on a just‑in‑time basis to minimise congestion and protect sensitive components such as insulation, membranes and PV equipment, with crane lifts and mechanical access carefully scheduled to maintain productivity and site safety.
Operatives received regular site inductions and toolbox talks, including specific briefings relating to hot melt waterproofing, torch‑on systems and PV‑related risks. Manufacturer guidance from Bauder was followed throughout the works to ensure correct installation of the SOLAR G LIGHT system and associated components.
The result
The completed roofscape delivers a robust and sustainable solution that combines renewable energy generation, biodiversity enhancement and strong thermal performance, while providing safe and practical access for ongoing inspection and maintenance.
The inclusion of a 12 month green roof maintenance package and temporary irrigation supports the establishment of the green roof areas beyond practical completion, helping to ensure the environmental systems perform as intended over the long term.
The quality and ambition of the roofing solution were recognised through the project’s shortlisting as a finalist in the NFRC Awards 2026 Solar Roofing category. This acknowledgement reflects the successful coordination of complex systems and the delivery of a future focused roof design well-suited to a contemporary educational setting.