Skip to main content

Swarco parks up at Warwick University

Warwick needed to maximise available parking across 27 on-campus car parks
By David Arminas May 28, 2020 Read time: 2 mins
The entire site is managed by Swarco's web-based Zephyr solution

Swarco Traffic has installed a complete parking solution and management system for the UK’s Warwick University to help reduce congestion across the entire campus.
 
Warwick is working on its five-year plan to develop its campus and facilities and is targeting student population growth as much as 40% by 2030.

As part of the plan, the university needed to upgrade its transport systems and in particular, improve parking facilities and parking management across the campus.
 
One of the main issues it faced was coordinating its traffic flow management.

Drivers were struggling to find available parking spaces, causing congestion and at times a chaotic parking experience. Ultimately the university needed to find a solution that maximised the available parking spaces across 27 on-campus car parks.
 
Swarco's solution encompasses both hardware and management software.

The company says it quickly identified that a lack of parking spaces was not the problem; the challenge was in identifying where parking was available - and specifically signposting spaces that were vacant.
 
Swarco recommended a combination of different types of sign types across the campus and which clearly displayed space-availability arrows, featuring the number of free spaces in green or displaying ‘full’ in red.

This enables drivers to clearly see whether or not spaces are available from a distance and take a different route before entering a line of vehicles and adding to congestion.

These signs are complemented with full-colour variable messaging signs for providing parking and traffic flow information, site-wide safety announcements and to tell drivers and visitors of any events, maintenance works or road closures.
 
Intelligent data is sent to the signs by a series of car park counters and inductive loops that record all vehicles entering and exiting a car park. Data and status of the car parks are always up to date, enabling the university to better manage parking availability.
 
The entire site is managed by Swarco’s Zephyr, a web-based user interface solution.

Project manager Tony Gillings says this enables users to quickly and easily edit message and pictogram displays at the touch of a button, as well upload new text and graphics.

The platform can access data on traffic, speeds and volumes as well as set timetables, on/off times and provide key information such as power monitoring, LED monitoring and radar monitoring.

For more information on companies in this article

Related Content

  • Apps help passengers avoided overcrowded public transport
    May 30, 2013
    David Crawford reviews innovations in the comfort zone. Anyone who rides public transport knows that, perhaps second only to delays, overcrowding is a critical part of the passenger experience,” says Nir Erez, CEO of Moovit, the Israel-based social transportation app developer. The app is aimed at taking real-time user feedback on transit and making it available to a wider audience of travellers. Currently available on iPhone and Android, it plans to add Windows 8 and other platforms in the future. Moovit i
  • How to overcome the technical and commercial challenges of MaaS
    January 8, 2024
    The UK government has attempted to unleash the possibilities of MaaS with the publication of a code of practice. Alan Dron takes look at how it might help encourage implementation
  • Inrix, Big Data & the fine art of anonymity
    January 9, 2025
    How do you protect personal privacy while still allowing data to be of use in intelligent transportation? Ahmed Darrat of Inrix offers some thoughts on finding that balance...
  • IBM Big Data helps Dublin improve transport operations
    May 17, 2013
    The city of Dublin is using IBM Big Data identify and solve the root causes of traffic congestion in its public transport network throughout the city, which means improved traffic flow and better mobility for commuters. Integrating data from a citywide network of sensors with geospatial data means that city officials are able to better monitor and manage traffic in real time. To keep the city moving, the council’s traffic control centre works together with local transport operators to manage an extensive ne