VR collaboration has been enterprise software since the beginning — priced for procurement teams, licensed per seat, sized for corporate budgets. Universities got left out of that conversation. Not because the technology is not relevant to them, but because the economics never made room.
That’s the thing we’re changing.
raum.app is building a free academic plan for universities, research groups, and teacher training programs. Not a trial. Not a freemium tier with the useful parts locked. A real plan, shaped by what faculty and students actually need — and free because it should be.
VR Education: Why It Works
VR works for education because it restores spatial context that screens remove. Learning built on interaction — discussion, critique, rehearsal — needs a room, not a rectangle on a screen. Flat video strips away the peripheral awareness that makes group work feel like group work. Virtual reality education puts it back.
The evidence is clearest in training. A 2022 PwC study found that VR learners completed training up to 4x faster than classroom learners. They were 275% more confident to act on what they learned, and 3.75x more emotionally connected to the content. Those gains came from one thing: presence. When learners feel inside the material — not adjacent to it — retention and confidence follow. Students in VR seminars consistently report the same effect, describing the interaction as feeling present in the same space as their peers.
Those numbers come from corporate training. The question for universities is whether the same dynamics hold in seminars, critiques, and research groups. They do — which is why raum.app is building a free academic plan to make this accessible to faculty and students, not just enterprise teams.
What VR Makes Possible in Universities
University learning has always been spatial. The seminar circle, the studio critique, the lab bench — these are not incidental arrangements. They are how the work gets done. Remote participation compressed all of that into a box on a screen. VR restores the spatial dimension.
Consider a student joining a seminar from another country. In a VR classroom, they take a seat at the table. They can turn toward the speaker when a point lands. When two classmates start a side conversation, they can lean in. When the discussion shifts, they shift with it — in the room, not watching the room from a thumbnail in a grid.
In a design or architecture program, a student presents a project at actual scale. Critics put on their headsets and walk around the work. They can step inside the building section, move around the installation, read the site plan from above. The critique happens inside the piece — not in front of a screenshot someone is trying to describe.
Distributed research teams gain something different: a shared virtual campus where the whiteboard is an object in the room, not a tab competing for screen space. A 2023 study at Vrije Universiteit Amsterdam found that 87% of master’s students in a VR collaboration described feeling present in the same space as their peers — several said the interaction felt “like actually speaking face to face.” That quality of immersive learning VR is what makes it useful for the kind of trust-dependent work that research groups depend on.
Teacher training programs are already using this directly. A cohort of trainee teachers can practise difficult classroom scenarios together — working through the moment a discussion derails, or a student disengages — in a shared environment, before they step in front of real students. Immersive learning VR makes the rehearsal realistic in a way a role-play on a flat screen never quite is.
A VR headset — Meta Quest 3 or Apple Vision Pro — is what makes this possible. That is the point: the immersive experience is built around putting on the headset, not approximating it from a browser tab.
For a full comparison of how vr collaboration compares to video calls, see how VR meetings work.
The VR Classroom: What It Actually Looks Like
Zoom is virtual. Google Classroom is virtual. Neither is spatial. A VR classroom is a fundamentally different thing — you are inside the room, not watching it through a window.
Put on the headset. You appear at a table with your seminar group. Spatial audio places every voice where the speaker sits — two people talking on your left sound like they are on your left. Side conversations happen without collapsing the room into a single audio channel.
The whiteboard is an object in the space, not a tab in a browser. Sticky notes, 3D models, annotation layers — everyone can see and handle them at the same time. In raum.app, these tools exist as shared objects with real positions, not screen-shared windows that one person controls.
Avatars carry presence in ways a video thumbnail cannot. Turning toward a speaker is a physical gesture, not a UI action. You have a position in the virtual reality classroom, and that position matters — it shapes who you hear, what you see, and how the group reads your attention.
That is what “virtual classroom” means when you add VR. Not a screen with more features. A room with actual presence.
Where VR Fits in University Work
International research collaboration is where the case is clearest. Distributed teams across countries lose enormous time to travel and scheduling friction. A 2024 study published in Technological Sustainability tracked the EU Water-Futures project — a multinational initiative led by KWR Water Research Institute in the Netherlands. Teams replaced international flights with VR meetings and recorded a 7 to 19 times reduction in carbon emissions per session, without losing the collaborative texture of in-person work. The virtual campus, in that context, is not a metaphor. It is the mechanism that makes cross-border science sustainable.
Studio critiques in design, art, and urban planning require spatial context. Presenting a building section, a textile installation, or a site plan on a shared screen loses the dimensional reading that makes critique useful. In a VR classroom, the work exists at scale in the room. Critics can move around it. Students can point to specific areas without saying “the thing on the left.”
Distributed seminars and reading groups need round-table dynamics: turning toward a speaker, splitting into sidebar conversations that do not collapse the main thread. That social texture does not emerge on a video grid. It does in VR, without anyone moderating for it.
Professional and teacher training programs are already scaling this. The University of Miami UMverse program (xr.miami.edu) runs 40+ XR courses with over 1,000 students and 350+ deployed headsets, spanning medicine, humanities, and oceanography. The curriculum exists because the headset makes possible what a screen cannot.
Already Happening
This is not a vision for the future. Universities and professional education programs are already running immersive collaboration at real scale.
Programs like UMverse at the University of Miami are not pilots — they are curriculum. An international research consortium replaced transatlantic flights with VR sessions and cut carbon emissions by 7 to 19 times per meeting. The collaboration held.
In Germany, teacher training programs are running immersive professional development in raum.app — cohorts of educators working through shared scenarios in virtual environments as part of formal continuing education curricula. These programs adopted the platform before a dedicated academic plan existed. That adoption is what convinced us to build one.
Immersive Learning for Professional Development
Those teacher training cohorts are one example of a broader pattern. The same shared environment that lets educators rehearse difficult classroom moments works for any professional skill built on interaction — facilitation training, conflict resolution, client-facing conversations, onboarding scenarios. What connects them is simple: they require practice with other people in a shared space, not solo repetition on a flat screen.
The confidence and speed gains documented in enterprise virtual reality training apply directly here. Immersive learning works because the rehearsal feels consequential — spatial presence raises the stakes without raising the cost of failure. A facilitator can run a contentious meeting three times in one afternoon. A new hire can practise a client call with a colleague across the room, not across a chat window.
raum.app is not a simulation engine that scripts these scenarios. It is the room where VR training happens — spatially, collaboratively, with real people. The rehearsal works because the space does.
raum.app for Academia
raum.app is a fully-immersive VR meeting platform built for professional teams: you put on the headset and you are in a room with your colleagues — spatial audio, shared whiteboards, 3D objects you can all handle. It is a headset-first product. That is not a constraint. It is the point.
We are building a dedicated academic plan. Free. The details — structure, access terms, what onboarding and institutional support look like — are being shaped now. We want that process to be collaborative: the people who will use the plan should have a hand in what it looks like.
We are at an early stage, and we want input from the people who will use it — not a survey, a conversation. If you are running seminars, studio critiques, or research collaborations and wondering whether VR is worth the commitment, we think it is, and we want to make it easy to find out.
We’re shaping the raum.app academic plan now. If you’re a faculty member or program
lead who has been thinking about VR for a seminar, a research collaboration, or a
studio — we’d like to hear from you.Tell us about your institution and what you’re trying to run in VR. Early contacts
will have input on what the plan looks like.
FAQs
Is VR good for university lectures?
VR for lectures depends heavily on format. For large passive lectures — content delivery to a hundred students — VR offers no clear advantage over video or a well-produced recording. For small seminars, studio critiques, and research groups, the case is stronger: the spatial round-table dynamic changes how discussion flows. A 2023 study at VU Amsterdam found that 87% of participants felt present in the same space as their peers, which is the foundation discussion-based learning requires. If your teaching relies on interaction rather than transmission, VR is worth a serious look.
What is the best VR platform for universities?
The right answer depends on use case and the hardware your institution can support. As a vr learning platform focused on professional work, raum.app offers persistent spatial rooms, spatial audio, and collaborative tools designed for seminars and research sessions. Other platforms serve different needs: simulation-based training tools, consumer social environments, or immersive content viewers. If the goal is structured collaborative work — the kind that would otherwise happen around a table — raum.app is designed for exactly that context.
What virtual collaboration tools for students does VR offer?
Students put on a headset and enter a shared virtual space where everyone has an avatar and a spatial position. From there, the tools are practical: shared whiteboards, sticky notes, 3D model walkthroughs, and object manipulation that everyone in the room can see and interact with simultaneously. Spatial audio means side conversations happen naturally — two people can step away from the group to discuss something without disrupting the room. The headset is what makes this possible; it is the spatial experience, not a wrapper around a flat screen.
How does VR compare to Zoom for seminars?
The vr vs zoom comparison depends on format. Large lectures and quick check-ins are where Zoom is the right tool — lower friction, no hardware needed, works on any device. For seminars where discussion dynamics matter, VR is a better fit: the spatial round-table format lets participants turn toward speakers, hold side conversations, and be accountable to the room in a way a video grid does not. A 2023 study (GMS Journal for Medical Education, Ulm University) found that VR seminar participants spent significantly less mental effort managing the social environment — which meant more attention on the content.
Do students need a VR headset to use raum.app?
Yes. The headset is what creates the immersive spatial experience that makes raum.app work. Without it, you have a video call; with it, you have a shared space where presence, spatial audio, and collaborative tools function as intended. For institutions choosing a vr headset for school or seminar use, Meta Quest 3 is the most accessible entry point. The headset is not the barrier — it is the point.
What kinds of university courses benefit most from VR?
The vr in education use cases that benefit most are spatial disciplines: architecture, urban planning, design, and art programs where reviewing work in three dimensions changes the critique. Discussion-heavy formats — reading seminars, research colloquia, doctoral defenses with a small committee — benefit from the round-table dynamics VR enables. International collaborations where participants are spread across time zones also gain from the sense of shared presence that flat video cannot replicate. Large survey courses built around content delivery are a weaker fit; VR adds complexity without changing the learning dynamic for passive formats.
What is extended reality (XR) in education, and how does VR fit in?
Extended reality (XR) is the umbrella term for technologies that alter how people perceive and interact with their environment — virtual reality (VR), augmented reality (AR), and mixed reality (MR). In education and training, XR covers everything from AR overlays on a smartphone screen to fully immersive VR environments where users are present in a virtual space. VR is the XR modality most relevant to collaborative work: it creates a shared spatial environment where participants meet, interact, and use tools together. Schools and universities adopting extended reality in classrooms and training programs most often start with VR for seminars and collaborative sessions, and AR for individual skill practice or field-based learning.
How can my institution get early access to raum.app?
Use the link above to get in touch at hello@raum.app. The academic plan is being shaped now, and early contacts have direct input into what it looks like — pricing structure, room configuration, onboarding support, and institutional licensing.
What is immersive learning?
Immersive learning uses VR headsets to place learners inside a shared spatial environment where interaction happens through presence, not screens. Instead of watching a lecture or reading a slide, participants occupy a room together — they turn toward speakers, handle objects, write on shared surfaces, and hold side conversations that do not disrupt the group. The evidence is strong: VR learners retain more, learn faster, and report higher confidence in applying what they learned. For universities, the format fits seminars, critiques, and collaborative research better than any flat-screen alternative.
What is a VR classroom?
A VR classroom is a shared virtual space where students and instructors meet using VR headsets. Unlike a video call grid, a VR classroom gives every participant a spatial position — you sit at a table, turn toward the person speaking, and use shared tools like whiteboards and 3D models that exist as objects in the room. Spatial audio makes conversation natural: two people can talk quietly without muting the room. The result is a discussion dynamic closer to being physically present than any screen-based alternative.
How is the metaverse used in education?
The metaverse in education refers to persistent virtual environments where students, faculty, and researchers meet for collaborative work. Universities use these spaces for seminars, studio critiques, lab collaborations, and cross-campus research sessions. The University of Miami runs 40+ XR courses with over 1,000 students. In Germany, teacher training cohorts use raum.app for immersive professional development. After Meta shut down Horizon Workrooms in February 2026, the remaining platforms — including raum.app — are the ones built specifically for sustained professional and academic collaboration, not consumer social experiences.