Kapsch TrafficCom has been selected to deliver an advanced traffic management solution for Kuwait University’s Sabah Al‑Salem campus, one of the largest and most complex university environments in the region.
Designed as a fully self‑sustaining “city campus,” Sabah Al‑Salem spans approximately 13 km of roads and serves around 50,000 daily commuters. Unlike a conventional university campus, it operates its own utility grid, emergency services, and arterial road network, requiring a city‑grade Traffic Management Centre (TMC) to ensure smooth and safe mobility across the site.e
“By integrating multiple traffic, parking, and information systems into one system, we enable operators to manage mobility proactively, reduce congestion, and improve the daily travel experience for tens of thousands of commuters,” says Carolin Treichl, Executive Vice President EMEA at Kapsch TrafficCom.
To meet these requirements, Kapsch TrafficCom will implement its EcoTrafiX traffic management system together with 38 EcoTrafiX controllers, creating a unified traffic management environment that integrates
and coordinates multiple mobility systems across the campus. The solution will connect internal intersections, parking facilities, and access points to prevent congestion during critical peak hours and special events.
The project addresses several mobility challenges, including high peak‑hour congestion at main entrances, complex internal circulation caused by multiple separate campuses, and the need to coordinate stakeholders and systems without an existing central traffic management platform. The integrated EcoTrafiX solution will enable operators to monitor traffic conditions in real time and respondproactively to incidents and congestion.
Dynamic lane assignment and special event modes will help optimize traffic flows at key gates and ensure efficient movement even when traffic volumes exceed typical daily levels. The decision to award Kapsch TrafficCom was made by Zamco Integrated Solutions, a Kuwait-based systems integrator specializing in parking management, traffic solutions, automation, and physical security systems. The expected project duration is 20 months.
(Picture: Yay Images)
