The global landscape of higher education has moved decisively beyond the emergency response to the COVID pandemic, which made “hybrid learning” a household phrase. Today, that landscape is shifting toward building resilient, usable, and highly scalable classroom technology systems. For IT leaders and campus planners, the challenge is no longer just about making remote learning possible, it is about achieving parity, reducing technical friction for faculty, and creating specialized venues that drive student engagement.
At Vantage Technology Consulting Group, we are guiding our clients from innovative pilots to standard requirements for new capital projects and campus-wide refreshes, incorporating these five trends into how we think about campus technology.
AV over IP (AVoIP) as the Default
The traditional hardware-based video and audio matrix switcher is rapidly becoming obsolete. For most new construction and major renovations, AV over IP (AVoIP) has transitioned from an HDBaseT alternative to the default topology. By moving audio and video distribution to the network, institutions are solving the practical problems of scalability and distance that plagued legacy HDBaseT backbones.
Institutions are increasingly adopting AVoIP based systems because they allow for incremental growth. Instead of replacing a large chassis to add one more display or video source, IT teams can simply add an endpoint such as a decoder to the existing network.
We help our clients prepare their teams for the convergence of AV and IT, extending beyond engineering and design into organizational shifts and personnel. With the ease that AVoIP provides, more personnel resources can be allocated to other technology initiatives.
No-touch AI Camera Tracking
To simplify faculty’s experience with teaching technology, institutions are prioritizing systems that require minimal interaction from instructors. AI-based camera tracking has become a critical component of the modern hybrid learning classroom. These systems utilize computer vision to automatically follow an instructor’s movements or switch views between a “teaching zone” and student participation areas.
The goal is to provide remote learners a classroom experience through the use of multiple cameras, but without forcing professors to act as technical directors. The technology enables instructors to seamlessly transition from a wide-angle view while standing at a podium to a close up view of a markerboard automatically and without input, for example. With “auto-framing” solutions that integrate directly with videoconferencing platforms, the technology works quietly in the background while the instructor focuses on teaching.
The Shift to Ceiling-Mounted Beamforming Arrays
Audio remains one of the most critical elements of the classroom experience. There has been a major shift away from handheld and lapel microphones in favor of ceiling-mounted beamforming microphone arrays that provide higher quality audio more consistently.
These arrays use multiple microphone elements to digitally steer the pickup toward the active speaker while suppressing ambient noise from things like HVAC systems, noisy projection fans, or audience chatter. This means institutions can create environments where every student or instructor’s voice is heard without the logistical headache of passing physical microphones around the room.
Our audio designs focus on creating equitable environments for remote participants, ensuring they can hear and participate in all conversations within the classroom regardless of where they’re located.
Reimagining Visuals: 21:9 Ultrawide
The traditional 16:9 aspect ratio is being challenged by the need for more digital “real estate.”
Whether through large-format LCDs or projector based ultrawide setups, these wider screens allow for a more equitable hybrid experience. They provide enough space to show traditional 16:9 presentation content alongside real-time chat feeds and remote participant galleries closer to eye level.
We’re incorporating this thinking into the visioning phase of projects, during which we collaborate with our clients to design flexible, ultrawide, multi-screen environments that enhance the amount of content instructors can share without switching between screens or navigating other complicated setups. Thinking about the various use cases and externalities during this phase of the project helps clients realize environments that are malleable and future-ready.
The Rise of High-Performance Esports Labs
With the rise in esports gaming, universities are investing in professional esports labs to provide students with high-end gaming infrastructure and streaming capabilities that also serve as centers for digital media, data analytics, and competitive esports play.
These facilities require a unique infrastructure blend: ultra-high-bandwidth networks to support low-latency gaming, specialized lighting for broadcast production, and flexible AV routing to stream live competitions to large audiences both on campus and online.
At visioning workshops, we meet with various campus stakeholders, including student representatives. Many express interests in collaborative creative labs to work with other students and faculty on course projects and personal endeavors, in addition to esports. Providing professional-grade labs allows students to familiarize themselves with hands-on, real-world systems.
The modern campus is moving away from complex, manual hardware toward seamless, network-based ecosystems. By prioritizing AVoIP for scalability, AI-tracking and beamforming mics for hands-free instruction, and ultrawide displays for better hybrid visibility, we help universities ensure that technology enables teaching and learning rather than getting in the way. Our focus is to provide a consistent, professional experience that works intuitively for every student and faculty member.
This post was authored by Associate Principal and Design and Engineering Business Unit Leader, Ryan Hickox, who advises clients on planning and designing AV and technology systems that enhance the built environment. He works closely with design teams and architects to develop practical and innovative technology solutions that integrate with architectural design and align with client visions and objectives.
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