Sheppard Robson designs pioneering acoustics building for the University of Salford
Plans have been submitted for a new Acoustics Building at the University of Salford, designed by Sheppard Robson and marking one of the first developments within Crescent Innovation, part of the wider Crescent Salford masterplan.
The facility will create a new home for the University's internationally recognised Acoustics Department, bringing together teaching, research and commercial activities under one roof. Each space will be supported by one of the largest acoustics research groups in the world and the hands-on expertise of specialist technical staff.
Located at a strategic gateway position within the Crescent Salford masterplan, the building's distinctive form responds to its highly specialised internal requirements while creating a civic presence.
The design arranges a series of advanced acoustic testing chambers within a triple-height volume, wrapped by a single-storey element to two sides, housing support spaces that mediate the building's scale with the surrounding context. This configuration steps down towards the base of Salford Rise and a future public plaza, positioning offices and laboratories along the prominent frontage.
Proposed by the Crescent partnership, comprising the University of Salford, Salford City Council and ECF – a joint venture between Homes England, Legal & General and Muse– Crescent Innovation will build on existing research and development capabilities to drive further economic growth in Salford and facilitate enhanced links between academia, research and business.
A standing seam metallic-clad upper volume sits above a robust red brick base that references the materiality of the existing campus and wider context. The brick plinth creates a crafted, human scale to the building, with a feature basketweave brickwork bond utilised to the main entrance approach, echoing the arrangement of acoustic wedges within the chambers, enhancing the quality and subtly hinting at the building activity.
The red metal cladding, selected for its durability and engineered quality, reflects the innovative nature of the research within, whilst maintaining a relationship with the material palette of the brick. This combination creates a contemporary architectural language that speaks to both the technical innovation within and the character of the building’s surroundings.
According to Sheppard Robson, the internal arrangement carefully separates and connects different functions through a linear circulation spine. Laboratories and offices are positioned around the perimeter of the single-storey element, creating an active frontage, while specialist testing chambers are grouped within the large central volume.
An inviting entrance area and adjacent arrival space connect directly to the main circulation route. The building’s carefully crafted plan allows each space type to function optimally while fostering collaboration between academic, research and commercial users. The dedicated service yard at the rear provides direct access to the technical spaces, ensuring operational efficiency.
The project is targeting BREEAM 'Excellent', and through integrated design decisions to maximise energy efficiency, reduce carbon emissions, and support the use of low- and zero-carbon technologies, the proposals will aim to target net zero in operation.
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