Higher education has spent years modernizing classrooms, but many campuses have not truly modernized. Instead, they have accumulated technology.
A camera was added for lecture capture. A display arrived during a renovation. Another platform was introduced to support remote learning. Over time, these individual decisions created environments filled with capable technologies that do not always work together as a cohesive system.
For integrators working on campuses, this represents both a challenge and an opportunity. The next phase of campus modernization will not be defined by how much technology can fit into a room. It will be defined by how effectively that technology works together, scales across campus and supports the institution over time.
How Point Solutions Add Operational Burden
Most fragmented environments were not poorly planned. They developed gradually as institutions responded to immediate needs, available budgets and changing teaching models.
Each isolated purchase can add another interface, management platform, cabling requirement or support workflow, meaning more administrative overhead. A solution may perform well while still complicating the broader environment.
That complexity eventually becomes expensive. AV and IT teams must maintain more device types, understand more room configurations and troubleshoot issues that may occur between components rather than within one product. When those issues surface during a live class, they erode faculty confidence in the technology and make instructors less willing to rely on it.
Research from AVIXA and Logitech identified interoperability problems across systems as one of the top three challenges facing higher education institutions, alongside limited staff resources and insufficient funding for maintenance and replacement. Institutions cannot afford environments that require more people, more specialized knowledge and more intervention every time they evolve.
Start With the Experience
A better approach is to begin with the institution’s teaching and operational goals, rather than a product list.
Before specifying technology, integrators and campus teams should work through questions such as:
- Which learning scenarios must the campus support?
- Where is lecture capture required?
- Which spaces need remote participation?
- What should the faculty experience feel like from room to room?
- How will devices be monitored and supported after installation?
- How quickly can staff diagnose and resolve issues remotely?
Higher education now encompasses traditional in-person instruction, hybrid participation, overflow spaces, recorded lectures, content creation and asynchronous review. Institutions do not need every room to support every scenario, but they do need an intentional framework for deciding which capabilities belong where.
The goal is not to make every learning space identical. A lecture space, laboratory and conference room serve different purposes. The goal is to establish common principles, including familiar controls, interoperable components, consistent user experiences and centralized management that carry across those spaces.
Designing Beyond the Individual Room
The point solution trap has encouraged institutions to solve one problem at a time. But the ecosystem approach requires integrators, AV teams, IT leaders, faculty and technology providers to design together.
That approach might mean more planning up front, but gives institutions a clearer path for phasing upgrades, establishing standards and adapting as teaching evolves.
Higher education does not need another cycle of adding technology until classrooms become too complicated to manage. It needs interoperable ecosystems built around the people teaching, learning and supporting the campus.
The integrators that help institutions make that transition will deliver more than successful installations. They will help campuses build technology environments designed to last.
Jay Lyons is Head of Education at Logitech
