Day Surgeries Unit (DSU)

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About

  • Location: Castle Hill Hospital

    Client:  Hull University Teaching Hospitals NHS Trust

    Value: £7m

    Timeframe: 34 weeks

  • Fit-out 6 state-of-the-art theatres including: scrub and preparation rooms, discharge and admissions lounge, 1st and 2nd stage recovery wards, consulting rooms. Alongside, staff and patient facilities such as kitchen and communal areas and changing rooms with shower and locker facilities. 

     

    The impressive 4,000sqm day surgery unit spans across one floor, a basement level and mezzanine plant room and was built in line with the NHS elective recovery programme in addressing the challenges posed by the backlog of surgical cases resulting from the Covid-19 pandemic – reducing wait times and improving patient experience. 

  • Managing a complex programme, overcoming budget constraints and a tight timeline to successfully deliver our biggest project to date, in terms of size, scale and complexity is a testament to our brilliant team.

    We developed a fast-track programme, working hand-in-glove with the shell contractor to carry out the fit-out in line with steelwork and framework installations which often meant working in a building that wasn’t watertight.  

    Using progressive thinking to implement an agile approach, increasing productivity and speed of working by developing a programme to meet the delivery date and manage the resource levels required. Due to the size and scale of the project we managed multiple subcontractors, M&E companies and subdivisions from the same trade simultaneously. 

    Working in partnership with the Hull University Teaching Hospitals NHS Trust and design teams to coordinate the build, constant communication and full transparency played a vital role in the successful delivery of this project.

  • Work to complete the project involved specific and specialist healthcare construction and included:  

    • Installation of specialist medical equipment including medical air technology (MAT), ultra clean canopies, air flow systems and Bender surgeon panels 

    • All external and internal Trovex doors sourced and fitted with specialist laser block panels, pressure stabilisers and ventilation systems to balance positive/negative air pressures in operating theatres 

    • The installation of external doors, internal walls, floor and ceiling finishes, fixtures and fittings, sanitary wear, clinical wash basins and external works 

    • IPS units made from Kydex with clinical sinks were manufactured and installed in scrub rooms, toilets, en-suites and staff shower facilities 

    • Management of medical pipe gas ventilation within basement and mezzanine plant rooms, implementing building management systems (BMS) to automatically regulate temperature of building 

    • Installation of all fire alarms, electrics and data including security, CCTV and access control facilities  

    • Drainage and ground floor wet services

Watch the case study

  • 4,000sqm new build and fit-out, spanning across one floor, a basement level and mezzanine plant room

  • Built in line with the NHS elective recovery programme addressing challenges posed by the backlog of surgical cases resulting from the Covid-19 pandemic – reducing wait times and improving patient experience.

  • Installation of specialist medical equipment including medical air technology (MAT), ultra clean canopies, air flow systems and Bender surgeon panels

  • We successfully diverted all waste away from landfill on this closed-loop project

Explore the facilities

"These facilities will improve how Hull University Teaching NHS Trust can serve our community. It makes me very proud to be involved and work with such dedicated people."

Duncan Taylor, Director of Estates, Facilities & Development.

"This represents a significant investment in the future of healthcare delivery. These new theatres will play a crucial role in accelerating patient care and reducing waiting times. This development reflects our dedication to providing the highest standards of care for our patients.”

Chris Long

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