Smarter lighting makes for smarter schools

Connected lighting brings intelligence to campus

Connected LED lighting systems do much more than switch lights on and off. Connected platforms, such as Signify Interact, allow estates and facilities teams to monitor energy consumption, automate lighting schedules, identify maintenance requirements, and optimise performance across entire campuses from a central dashboard.
 

Integrated sensors can detect occupancy and daylight levels, automatically adjusting lighting to deliver the right level of illumination exactly where it’s needed. This reduces wasted energy while ensuring classrooms, libraries, lecture theatres, laboratories, and communal spaces remain comfortable and well-lit.
 

The data generated by connected lighting systems also enables facilities managers to make more informed decisions about maintenance planning, refurbishment priorities, and long-term building performance.

This approach is already proving to be successful at institutions around the world. TU/e's Neuron Building in the Netherlands uses a smart lighting system that automatically adapts to how the space is used, saving energy while keeping the environment comfortable for students and researchers. Hamdan Bin Mohammed Smart University in the UAE has gone even further, becoming the first university in the world to operate entirely without light switches, connected LED lighting adjusts automatically to occupancy and daylight, while integration with the building management system syncs heating and ventilation with class schedules to support comfort and save energy.
 

These institutions show that connected lighting isn't a future ambition; it's already delivering results. For schools, colleges, and universities modernising their estates, the question isn't whether it's worth the investment, but how soon they can make the switch.

A proven approach

Across the UK, schools and universities are increasingly investing in LED lighting upgrades as part of wider modernisation and decarbonisation programmes. These projects consistently demonstrate that connected lighting can deliver significant reductions in energy consumption while improving the learning environment and reducing ongoing maintenance costs.
 

Whether refurbishing an ageing school building or constructing a new campus, connected lighting provides a practical way to support sustainability goals while enhancing the experience of students, teachers and staff.

UK policy is driving smarter buildings

The UK has committed to achieving net zero greenhouse gas emissions by 2050, placing increasing emphasis on improving the energy performance of public buildings, including educational properties.
 

Schools and universities are also responding to a range of government initiatives, funding programmes, and building standards that encourage greater energy efficiency and smarter building management. Building Regulations Part L raises expectations for energy performance, while the Department for Education's sustainability and climate change strategy encourages educational settings to reduce carbon emissions and improve the resilience of their buildings.
 

Connected LED lighting systems like Signify Interact, also support compliance with standards such as BS EN 12464-1 for workplace lighting, helping educational facilities deliver appropriate illumination levels, minimise glare, and create comfortable learning environments.
 

By combining highly energy-efficient LED luminaires with intelligent controls, education providers can improve operational performance while supporting their wider sustainability objectives.

Lighting as a strategic investment

Perhaps the biggest shift taking place across the education sector is a change in mindset. Lighting is increasingly viewed not simply as an operational expense, but as critical infrastructure that delivers measurable value across multiple areas—from energy efficiency and carbon reduction to student experience, maintenance, and facilities management.
 

Connected lighting systems help educational institutions lower operating costs, simplify maintenance, support compliance with evolving building standards, and create healthier, more adaptable learning environments. Lighting remains one of the fastest and most cost-effective ways to improve building performance while supporting both environmental ambitions and educational excellence.
 

Smarter lighting doesn’t simply illuminate learning—it helps shape it.