Profile
DSSR is a specialist in healthcare sector, designing energy efficient building services to support the delivery of a Net Zero NHS. With over 78 years of experience in building services design, specialises in top-notch MEP designs for healthcare. Our expertise benefits both clients and contractors, delivering innovative solutions.
Building services are critical to the operation of any healthcare facility, ensuring the reliability of crucial healthcare equipment.
As a long-term design partner for the NHS, we have a detailed understanding of how to design award-winning healthcare facilities throughout the UK.
DSSR's successful track record includes complex healthcare projects within live environments, collaborating with NHS boards and others. We prioritise "Net Zero" NHS targets for reduced waste and emissions.
We've achieved net zero carbon in previous projects by boosting energy efficiency, incorporating renewables, and transitioning from gas to electricity-led systems.
Case studies
Queen Elizabeth Hospital - Services Infrastructure Project
DSSR, McLaren and Dowds have worked together at Queen Elizabeth Hospital to deliver the £30 Million Sitewide Services Infrastructure Project.
Warrington Hospital, ED Assessment Unit
DSSR embraces Modern Methods of Construction (MMC) principles, including standardised components and on-site manufacturing, benefiting quality and cost.
Acute Mental Health Inpatient Care, Lincoln County Hospital
Our healthcare-specific capabilities encompass medical gas engineering, with decades of experience and a dedicated sector lead. We collaborate nationally with NHS Trusts, adhering to ISO9001:2008 Quality Management System as required by HTM02-01.
Queen Elizabeth Hospital SPECT – CT
DSSR played an integral role in installing the new £1.3m cutting-edge single-photon emission computed tomography (SPECT) CT Scanner for the Queen Elizabeth Hospital.
Spire OrthTeam Centre: First Floor Refurbishment
Expanding Orthopaedic Capacity Through Refurbishment
DSSR supported the transformation of an existing first-floor office space within the Spire OrthTeam facility in Manchester into a modern, HTM-compliant orthopaedic centre. Delivered for Spire Healthcare, the project formed part of a wider strategy to expand clinical capacity and enhance patient services within the building. Working alongside Sheppard Robson Architects and the wider design team, DSSR ensured the new environment aligned with healthcare standards while maintaining a high-quality, contemporary finish appropriate for private care settings.
Full-Scope MEP Design from Concept to Completion
Acting as Mechanical and Electrical design consultants from feasibility through to handover in May 2026, DSSR delivered a fully coordinated MEP, public health, and sustainable design solution. The design incorporated specialist healthcare ventilation, lighting, and power systems tailored to orthopaedic use, while integrating seamlessly within the architectural vision. Collaboration with key stakeholders, including the contractor and project manager, ensured that all services were delivered efficiently and in line with programme requirements.
Overcoming Spatial Constraints Within Existing Fabric
A primary challenge was the integration of complex building services within a constrained ceiling void, compounded by existing structural steel columns. DSSR utilised detailed Revit coordination and careful spatial planning to route services effectively without compromising performance or compliance. This approach enabled the team to maintain required clearances, achieve HTM standards, and avoid costly structural alterations, demonstrating a pragmatic and buildable design solution.
Innovative and Efficient Building Services Integration
The project incorporated a cabinet-style air handling unit to provide efficient ventilation within limited space, alongside daylight dimming lighting controls to enhance energy performance and occupant comfort. DSSR also maximised the use of existing heating and chilled water infrastructure, reducing both capital cost and carbon impact. The final outcome delivers a high-performing orthopaedic facility that balances clinical functionality, energy efficiency, and a refined patient environment.
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