Why do universities need a smart campus strategy?

Updated 12 November 2026

Lecture capture systems, hybrid learning platforms, digital signage, room booking tools, occupancy sensors and smart building technologies are becoming familiar features of higher education environments. Increasingly, artificial intelligence is adding another layer of functionality.

Yet these systems are often introduced by different departments, funded through separate budgets and managed using different platforms. The result can be a collection of sophisticated technologies that do not work particularly well together.

For university leaders, the challenge is shifting from deploying individual solutions to creating connected, flexible and manageable learning environments. And for the professional AV industry, that creates new opportunities to support higher education institutions in developing long-term smart campus strategies.

What makes a university campus smart?

A smart campus uses connected technologies, data and automation to improve how university spaces operate and how people experience them.

In teaching environments, this might mean lecture theatres that automatically configure AV equipment for different teaching formats, or hybrid classrooms that provide a consistent experience for students attending in person and remotely.

Elsewhere, digital signage can communicate timetable changes and campus announcements, while occupancy data can help facilities teams understand how buildings and teaching spaces are being used.

These capabilities become more valuable when systems can exchange information. For example, integrating room booking platforms with occupancy sensors and AV control systems could allow equipment to be activated when a room is needed and powered down when it is empty.

The objective is to make campus spaces more responsive to the needs of students, educators and operational teams, while reducing unnecessary complexity.

Why is smart campus integration so difficult?

One of the biggest obstacles is the way universities traditionally purchase and manage technology.

AV systems may be specified by estates teams or individual faculties, while networking infrastructure is managed by IT departments. Teaching and learning platforms are often selected through separate academic processes.

These arrangements can lead to inconsistent technical standards, duplicated functionality and systems that cannot easily share data.

Older buildings introduce additional complications. Universities frequently operate estates containing a mixture of historic buildings, modern teaching facilities and specialist research environments. Network connectivity, cabling infrastructure and room configurations can vary considerably.

Cybersecurity and data protection also become more important as additional devices connect to institutional networks. Occupancy analytics, for instance, may offer valuable operational insights, but institutions must consider how data is collected, stored and used.

For AV consultants and systems integrators, these challenges underline the importance of designing solutions around interoperability, security and long-term manageability rather than individual equipment specifications.

How can integrated AV improve the student experience?

The quality of the digital learning environment increasingly influences how students and teaching staff interact with university facilities.

Reliable hybrid teaching is one example. A classroom equipped with cameras, microphones, displays and collaboration software may support remote participation, but the experience depends on how effectively these components work together.

Poor audio intelligibility, complicated controls or inconsistent room configurations can disrupt teaching and create additional demands on technical support teams.

Standardising AV systems across teaching spaces can help address these problems. Familiar interfaces and automated room configurations reduce the learning curve for lecturers moving between classrooms, while centralised monitoring enables technical teams to identify faults before they affect teaching.

Accessibility is another important consideration. Assistive listening systems, captioning, accessible control interfaces and flexible content presentation can help universities support students with different needs.

A smart campus strategy therefore needs to consider not only what technology can do, but how reliably and inclusively it supports everyday activities.

What role can AI play in smart university spaces?

Artificial intelligence is beginning to influence both teaching technology and campus operations.

AI-enabled cameras can automatically frame presenters and track speakers, while intelligent audio processing can help improve speech clarity in hybrid classrooms. Automated transcription and captioning can make recorded and live teaching content more accessible.

At an operational level, analytics tools can help universities identify patterns in room utilisation, equipment performance and energy consumption.

These applications could support more efficient use of campus resources, particularly where institutions are managing changing attendance patterns and pressure on operating budgets.

However, AI also introduces questions about data governance, transparency and reliability. Universities need to understand what information AI-enabled systems process, where that information is stored and how automated decisions are made.

The most useful applications will be those that address identifiable operational or educational needs rather than simply adding AI functionality to existing systems.

How should universities develop a smart campus strategy?

A successful approach begins with understanding how campus spaces are used and where existing technology creates friction.

Rather than planning upgrades solely around equipment replacement cycles, universities can establish common standards for connectivity, AV control, room management and user experience.

This requires closer collaboration between academic departments, IT teams, estates managers, AV specialists and procurement professionals.

It also means considering the entire lifecycle of a system, including maintenance, software updates, cybersecurity, staff training and future expansion.

Open standards and interoperable platforms can help institutions avoid becoming dependent on isolated systems that are difficult or expensive to integrate. Centralised management can also provide greater visibility across a large and geographically dispersed estate.

For AV integrators, the opportunity extends beyond installation into consultancy, systems architecture, managed services and ongoing optimisation.

How is ISE 2027 supporting connected learning environments?

Integrated Systems Europe 2027 will bring together technologies relevant to the development of smarter, more connected university campuses.

Across its Technology Zones, visitors will be able to explore professional displays, collaboration platforms, cameras, audio systems, control technologies and networking infrastructure that contribute to integrated learning environments.

Exhibitors such as Epson, Lumens, Yealink and BenQ represent different elements of the classroom technology ecosystem, from visual presentation and capture to communications and interactive displays.

ISE 2027 will also provide opportunities to explore the relationship between AV, IT and education technology, including the wider implications of AI, connectivity and systems integration.

At the co-located EdTech Congress Barcelona, taking place at Fira de Barcelona Montjuïc on 3–4 February, the programme will address digital transformation in education, including the opportunities and challenges facing higher education institutions. Its Connected Classroom feature will demonstrate how solutions from multiple providers can work together in a learning environment.

For universities planning campus-wide technology strategies, these discussions offer a valuable opportunity to look beyond individual products and consider how different systems can contribute to a more coherent digital infrastructure.

Ultimately, the success of a smart campus will depend less on the number of technologies installed than on how effectively they support teaching, learning and campus operations.

Universities that approach AV, IT and building technology as interconnected elements of a wider strategy will be better placed to create adaptable, efficient and inclusive learning environments.

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Further reading

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