PARKING MANAGEMENT
The success threshold for a permit can be adjusted dynamically. If a Trust loses 50 spaces due to a new ward construction, the system can simply raise the bar on the scoring threshold, ensuring that the remaining spaces are allocated to those with the highest scores without the need for a manual re-evaluation of thousands of staff files.
Aligning parking with Net Zero: the option appraisal The permit application process can also help encourage more sustainable travel choices. Integrated systems allow Trusts to transition to a scoring-based eligibility framework that can prioritise low-emission travel. By using a centralised system, applications are automatically scored against diverse attributes, including vehicle CO₂ emissions, commuting distance, public transport accessibility, and predefined eligibility criteria. Integrated data allows for the incorporation of personal travel plans, providing administrators with a transparent score for each user. This ensures that parking permits are issued strictly to those who meet the specific requirements set by the Trust. To move beyond simple permit allocation, Trusts are increasingly integrating a mandatory ‘option appraisal’ into the digital application journey. This requires staff to actively assess available sustainable alternatives – such as car sharing, public transport, or active travel – before a physical parking permit can be requested. By embedding this into the application workflow, the system acts as a digital travel consultant: n Behavioral nudges: the system can use GIS data to show an applicant that a direct bus route exists within 400 m of their home, or that they live within a 15-minute ‘cycle zone’, prompting them to consider these options before proceeding with a car-dependent application.
n Evidence-based justification: rather than a simple yes/ no request, staff provide a personal travel plan that justifies why alternative modes are not feasible for their specific role or circumstances.
n Data-driven policy refinement: by capturing the reasons why staff cannot use sustainable options (e.g. no bus service after a certain time), estates teams gain a powerful dataset to lobby local authorities for better infrastructure or to adjust Trust-run shuttle services.
n Promoting car sharing: the digital process can automatically identify and suggest potential car sharing matches based on postcode proximity and shift patterns, reducing the total volume of single-occupancy vehicles entering the estate.
This integrated assessment ensures that a parking permit is viewed not as a default right, but as a resource reserved for those who have genuinely exhausted all other sustainable commuting avenues. Managing thousands of staff permits across multiple
hospital sites can take a huge amount of time. In a manual system, a dedicated team is often required just to handle the paper trail: validating inputs, verifying supporting documentation, printing physical permits and payroll deductions. Digital platforms can automate many of these tasks:
n DVLA integration: by entering a registration number, the system automatically pulls the vehicle’s CO₂ emissions and vehicle details.
n Travel data insights: using a system that captures and aggregates data from every permit request, including vehicle specifications (CO₂ emissions/engine type) and commute patterns, allowing administrators to identify long-term travel trends and shift staff toward more sustainable modes of transport.
n Self-service focus: staff can update their own vehicle details, manage their payments, and view their ‘carbon saving’ stats through apps and mobile-optimised portals.
This automation returns thousands of hours to the Estate and Facilities team, allowing them to focus on high-level estate strategy rather than clerical data entry.
Improving traffic flow on hospital sites Congestion on a hospital site is more than an inconvenience – it is a clinical risk. When staff spend 10 to 15 minutes driving around looking for a space, they are creating idling emissions and potentially blocking emergency vehicle access. By linking permit software with physical hardware, such as ANPR (Automatic Number Plate Recognition) and barriers, the Trust gains a live view of its assets: n Dynamic reallocation: if a specific location or area has a restriction or expansion, those spaces can be temporarily revoked or released on the permit management system, maximising the revenue and utility of the land.
n Congestion alleviation: by using a digital system to score and prioritise permits based on location-specific demand and public transport viability, the Trust can effectively reduce the volume of single-occupancy vehicles on-site, ensuring that limited parking capacity
Managing staff permits across multiple sites is time consuming.
Historically, the response to a ‘full’ car park was to seek capital for a multi-story extension. In the current climate, this is rarely feasible. Many estates teams are now focusing on managing demand rather than building more parking.
June 2026 Health Estate Journal 49
AdobeStock / Spiroview Inc.
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