The works required careful planning and coordination to transform the base building into a highly serviced clinical environment tailored to specialist medical use.
The fitout included the demolition of existing internal partitions, finishes, and redundant services, followed by the construction of a new internal layout accommodating reception and waiting areas, reporting and office spaces, and a range of imaging rooms including MRI, CT, X-ray and ultrasound suites. Supporting areas such as change rooms, recovery, staff facilities, storage, and utility spaces were also incorporated to create a fully functional healthcare environment.
A key component of the project was the integration of specialist construction elements required for imaging equipment. This included the installation of radiation shielding to walls, doors, and glazing, as well as provision for MRI requirements such as structural allowances for equipment installation and coordination with proprietary enclosures and associated systems. These elements were carefully detailed and integrated into the building fabric to ensure compliance with clinical and operational requirements.
The internal construction works comprised new wall framing, plasterboard linings, and a combination of suspended and bulkhead ceilings designed to accommodate building services and equipment constraints. High-quality finishes were applied throughout, including vinyl flooring to clinical areas, carpet tiles to public zones, and durable wall linings and protection systems suited to healthcare use. Bespoke joinery was installed extensively across reception, control rooms, clinical spaces, and staff areas to meet functional and storage requirements.
Building services formed a significant component of the works, with new electrical, mechanical, hydraulic, and fire services systems installed and integrated within the tenancy. This included power and data provisions for medical equipment, nurse call and communications infrastructure, air conditioning systems suitable for imaging environments, and hydraulic connections for clinical fixtures. Fire detection and alarm systems were also implemented in line with regulatory requirements.
The project required strong coordination between trades, consultants, and equipment suppliers to ensure all technical and spatial requirements were achieved. Careful sequencing of works, detailed review of documentation, and proactive management of construction interfaces ensured the successful delivery of a compliant and fully operational radiology clinic.