Breaking Down Barriers in Campus AV Design

A University Is Never One Customer

From the outside a university is a single brand. From the inside it isn’t. “For the AV guys inside of that university, it doesn’t exist as one entity,” says Marques Manning — there’s the law school, the engineering school, the nursing school, each with its own identity and its own way of teaching. Design starts with instructional design: what does each faculty actually need? Teaching advanced calculus doesn’t look like teaching sales and marketing, and the rooms shouldn’t pretend otherwise.

What ties it together is standards — not uniformity. The individual schools keep their character, but a professor or student moving between buildings shouldn’t have to relearn the room. “How I start my presentation, that should be the same in every room. There’s no reason for that to be different.” The obstacle is usually organizational rather than technical: many universities have no central AV group at all, so the first question is who is even in the conversation.

Define What “Hybrid” Actually Means Before You Build It

Hybrid is the most overloaded word in campus AV. To some it means a single camera pointed at the lecturer; to others, content and audio only. Kontek starts from what’s possible instead: multiple cameras with automatic switching, so a remote student sees the classmate asking the question rather than watching the professor listen to someone off-screen. The professor needs to see remote attendees too, which drives display placement around the room.

Then comes the practical layer — Zoom or Teams, whether capability is equal across both, how sessions are recorded, and whether students can reach those recordings afterwards, pause them, and read a transcript. All of it needs settling before the systems are designed. And there’s a commercial reason it matters: “you never wanna forget that students are the customer.” A reputation for being behind the times eventually shows up in enrollment.

Room Size Dictates What’s Possible

In a 400-seat auditorium the constraints fight each other. Cameras need light; light washes out a projected image. Tiered seating sets how high the image has to sit, and ceiling height caps how large it can be — limits fixed by the architecture long before AV arrives. Where a room can’t support a large enough image, the fix is often to stream to the devices students already carry, so someone at the back reads the content on a laptop instead of squinting at the wall.

Audio has the same shape. The professor has to be heard in the room and on the recording, which is straightforward until a professor declines to wear a microphone. Capturing student voices in a large room runs into the limits of how much gain a space can take before feedback — the subject of an earlier episode. When the standards can’t be met head-on, the answer is compensating deliberately with more technology, not hoping the room behaves.

Group-Based Learning, Done Properly

In smaller rooms the pattern shifts to group work, and this is where the design gets genuinely ambitious. Kontek built a room for one university’s school of education with two projection screens at the front and displays down the sides and rear, a microphone in the ceiling above each display and a speaker to match. At the press of a button the room moves from lecture to breakout.

Each display then becomes its own video session, so an in-room pod can pull in remote classmates directly, with the audio tuned so a dozen simultaneous conversations don’t bleed into each other. Anything a pod produces can be pushed back to the main displays. Manning’s standard for this kind of work: “I want it to be advanced, but easy to use.” It’s a HyFlex space covering in-person, remote, synchronous and asynchronous learning at once — and it’s running today, not a concept.

Accessibility Is a Design Input, Not a Checkbox

Federal guidelines are the floor, not the target — “why do the minimum, right?” One ADA rule shapes hardware choices immediately: a display cannot protrude more than four inches from the wall. A large panel is often two inches deep before the mount, and even a thin mount adds two or more, so a compliant installation has to be designed rather than assumed. Vertical clearance matters for the same reason, so nobody walks into a camera.

Beyond the physical rules there’s hearing and sight. Auracast is making assistive listening far easier: broadcast the room audio and let a student’s phone or Bluetooth hearing device pick the stream up directly. Streaming content to a personal device solves a visual access problem as much as a distance one. The through-line is the same as the rest of the episode — the student is the customer, and access is what makes a room usable for all of them.

Build Toward One Campus Vision

Manning’s advice for anyone coordinating this across a university starts with patience — “it’s like herding cats sometimes” — and then a business case. A unified vision with agreed standards and manufacturers creates purchasing power: “the purchasing power of the collective is always greater than the individual,” and the savings can be reinvested. Individual schools keep their identity; what changes is the buying position.

The stronger argument is what the infrastructure unlocks later. Campuses are increasingly connecting buildings by fiber, and once content can move between them the uses extend well past teaching — including pushing an emergency message to every display in nearby buildings at the press of a button. That is why the conversation belongs in master planning rather than at fit-out.