Case studies
Scope: Full refurbishment of Basement Laboratory B25 to create dual-use workshop and test laboratory, with new M&E, finishes, safety and specialist systems.
The George Holt Building, a heritage-rich academic facility at the heart of the University’s city campus, required the conversion of an outdated basement laboratory into a modern dual-function space for experimental testing and workshop use. The works had to be delivered in a live university environment, ensuring minimal disruption to ongoing teaching and research. Complexities included retaining elements of the existing services while reconfiguring mechanical and electrical infrastructure, integrating specialist ventilation, cooling, and compressed air systems to meet the requirements of high-tech research activity, and working within an architecturally sensitive building with limited access and heritage masonry elements.
Frank Rogers coordinated a multi-disciplinary programme combining building, mechanical and electrical engineering services: Mechanical services – installed new DX heating and cooling system with ceiling-mounted cassettes, high-efficiency heat recovery ventilation (HRV), and specialist extract systems for 3D printing and soldering fume control. Electrical services – complete strip-out and rewire, new containment, lighting, fire alarm modification, access control, and data installation. Fabric & architectural works – masonry conservation, new dry linings and partitions, acoustic insulation, laboratory-grade flooring, and bespoke joinery. Compressed air – replacement of the building’s air compressor system, including a new weatherproof hutch and extended pipework to service the laboratory and wider building. Safety & compliance – upgraded fire stopping, emergency lighting, and adherence to current Building Regulations, BS 7671, and mechanical/electrical engineering standards. Close coordination was maintained with the University’s estates team, Atkins Realis (Architect & Principal Designer), and Ernest Griffiths (M&E Engineers). Weekly progress and snagging reviews ensured technical precision and timely delivery.
The completed facility provides the University with a state-of-the-art dual laboratory with separate workshop and test areas, improved environmental control (21°C winter / 24°C summer design performance), safe and modern infrastructure for experimental mobile device testing, 3D printing, and electronics assembly, and enhanced sustainability through energy-efficient HRV, LED lighting, and reuse of existing building fabric where possible. The project reflects Frank Rogers’ ability to combine heritage sensitivity, technical complexity, and stakeholder collaboration, delivering a laboratory space that honours the George Holt Building’s legacy while equipping it for the next generation of research.
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