Smart, safe, sustainable: NUS sets new benchmark for campus innovation with Singapore’s first university-based Integrated Operations Centre
In a milestone for campus operations and digital transformation, NUS has launched Singapore’s first university-based Integrated Operations Centre (IOC) – a state-of-the-art facility that is redefining how campus services are managed.
Fully operational since January 2025 and located at Prince George’s Park, the facility consolidates real-time data from multiple critical systems, including security, emergency services, and building management, onto a single, integrated digital platform. With this capability, NUS now has unprecedented oversight of its operations across its sprawling, multi-site campus, which serves a community of over 64,000 students, faculty and staff.
“The IOC is more than just a control room, it is a strategic enabler that helps us manage the complexity of campus operations with greater precision and foresight,” said Mr Koh Yan Leng, NUS Vice President (Campus Infrastructure). “This is a key pillar in our Smart Campus journey and a model of what’s possible when digital transformation is aligned with operational excellence.”
One centre, many systems
Conceptualised in 2022 as part of NUS’ Smart Campus Envisioning, the IOC was designed to address longstanding operational pain points such as fragmented legacy systems, manual incident reporting, and reactive maintenance practices.
The project was piloted at NUS University Town in May 2024 and became fully operational early this year. Today, the IOC provides centralised oversight across six key domains: security, emergency response, facilities, transport, housing, and sustainability.
At the heart of the IOC is a cutting-edge digital twin of the NUS campus, an interactive 3D model layered with live feeds from CCTV cameras, IoT sensors, and building maintenance and management systems. This allows operators to visualise the entire campus environment, conduct virtual patrols and respond to incidents in real time.
This is coupled with a dynamic, integrated dashboard that consolidates alerts from multiple systems, enabling operators to detect anomalies, coordinate responses and streamline workflows, thereby reducing downtime and enhancing service delivery.
“From emergency responses to campus-wide facilities monitoring, the IOC gives our operations teams a single source of truth,” said Mr Leonard Li, Head of IOC. “We can detect incidents ranging from an isolated fire alarm to a chiller plant fault within 20 seconds and automatically trigger a work order via the NUS iReport system. That speed is a game changer.”
Smarter operations, better outcomes
Beyond the control room, the benefits of the IOC are already being felt across campus. Students and staff enjoy faster fixes for faulty facilities and more reliable Internal Shuttle Bus services. Operations teams report smoother coordination, reduced downtime, and clearer performance metrics. Campus safety has been enhanced through AI-powered surveillance tools, including facial and licence plate recognition technology – all achieved without the need for expanded manpower.
“The IOC is built on scalable, secure infrastructure that supports continuous improvement,” said Mr Lim Yeow Khee, Section Head of Integrated Operations, “By integrating disparate systems and adding layers of automation, we’ve laid the groundwork for long-term innovation in campus infrastructure.”
In its first months of full operation, the IOC has already delivered tangible improvements. Fault response times have improved by 45 per cent for urgent cases and by 57 per cent for non-urgent ones, while emergency dispatch times have reduced by up to 50 per cent with better triaging capabilities. Operator productivity has also increased by 40 per cent, aided by the centralised dashboard and automated alerts.
Scaling and enhancing capabilities
While operational efficiency remains a core focus, the IOC is also paving the way for a more sustainable campus. For example, real-time alerts are now triggered when utility consumption exceeds baseline thresholds by 40 per cent, allowing for timely corrective action. Over time, these alerts will be linked to automated responses built into standard operating procedures, further improving efficiency.
“We’ve observed that most IOCs stop at security or facility management,” noted Mr Li. “What sets the NUS IOC apart is the vision to support evolving campus services in mobility, space optimisation, and even hospitality.”
With University Town now fully integrated, the IOC is expanding its capabilities under Phase 2 to the NUS Kent Ridge and Bukit Timah Campuses. Planned enhancements in this phase include using real-time mobility dashboards to optimise Internal Shuttle Bus operations, aligning NUS’ environmental targets with sustainability reporting, and adopting smart city technologies such as Wi-Fi-based crowd sensing and large vision model (LVM) AI analytics for deeper operational insights.
“The scale of operations needed to support a university of this size is often invisible,” said Mr Koh. “The IOC shines a light on these efforts while giving us the tools to do them better,” he added.
By University Campus Infrastructure
