Be present, not just online
The university did not come to us in 2022 asking for a metaverse. It came out of the remote-teaching years with a specific complaint: video conferencing had kept lectures running, but it had not kept the university together. There was no corridor to bump into a classmate in, no lab bench, no exhibition hall, no sense of being somewhere with other people.
What it wanted was its own campus, recognisable to its students, where a lecture, a lab session and a chance conversation could all happen, and where a student abroad was present rather than a rectangle on a grid. It also wanted this in Arabic, on a platform the university could own its presence in rather than rent from a games company.
That is a digital twin campus: the real buildings modelled in 3D to scale, an avatar for every student and teacher, and learning tools built into the environment. When the agreement was signed, the university was described as among the first in the world to be present in the metaverse. Our team built the platform and the campus, and the case study records how.
We work as a digital twin company in Jordan across facilities, showrooms and campuses, and the university project remains the clearest example of what the technology is for: not novelty, but presence.
What “digital twin” means when the asset is a campus
In industry a digital twin is a live 3D model of a plant connected to its sensors. For a campus the definition is the same in spirit and different in emphasis. The buildings, halls, classrooms, library and grounds are surveyed and recreated in 3D so that orientation inside the twin matches orientation on the real campus: if the engineering block is left of the main gate in reality, it is left of the main gate in the twin.
Accuracy matters more than decoration. New students use the twin to learn the campus before they arrive. Visitors find a lecture theatre in the twin and then find it in the building. The facilities team can, later, connect the same model to maintenance data, as we do in digital twin services for building operators.
The second half of the twin is people. Every student and teacher has a customisable avatar tied to their university identity, with role-based access: a teacher opens a classroom, a student enters it, a guest lecturer is admitted for one session. Presence is multiplayer and live, so a corridor with twelve avatars in it is a corridor with twelve people in it.
The third half — there are three — is the learning layer: VR for labs and simulations, AR for examining objects, AI for guidance and answers, built into the rooms rather than bolted on as separate applications. We built ours on an Arabic-language platform so that the interface, the assistant and the content were native, not translated.
Campus function, what it becomes, what it replaces
| Campus function | In the digital twin | What it replaces or adds to |
|---|---|---|
| Lecture | Teacher and students as avatars in a hall that mirrors the real one; slides, video and 3D models on the wall | Video call with cameras off |
| Laboratory | VR lab bench with equipment and experiments that can be repeated safely | Limited lab hours and consumables |
| Object study | AR and 3D models examined at any scale — an engine, an organ, an artefact | Photographs in a textbook |
| Office hours and seminars | Small rooms booked by teachers; students drop in as they would in the building | Email threads and scheduling links |
| Orientation | New and prospective students explore the campus before enrolment | Printed map and a one-day tour |
| Graduation, fairs, exhibitions | Virtual ceremonies and exhibitions with booths and an auditorium | Physical-only events limited by the hall |
| Student guidance | AI assistant answering course, schedule and location questions in Arabic and English | Front-desk queues |
| Facilities | Same model reused for maintenance, space planning and wayfinding | Separate drawings held by estates |
What changes on a Tuesday morning
The test of a metaverse university is an ordinary teaching day. A student in another city logs into the campus from a browser, walks from the gate to the lecture hall and takes a seat as their avatar. The teacher, also an avatar, runs the lecture with slides and a 3D model of the day's subject that students can rotate from their seats. After the lecture, three students stay behind to ask a question; two others meet in the corridor and go to the library together.
In the afternoon a lab session runs in VR: the same room, now with a bench, equipment and an experiment that can be repeated without consumables or risk. A teacher holds office hours in a small room; a guidance assistant answers a first-year student's question about where a course is held, in Arabic.
None of this is dramatic. That is the point. The digital twin campus succeeds when it is boring in the way a real campus is boring — reliable, navigable, populated. For distance and international students it is the difference between attending and watching; for teachers it restores the informal contact that video calls removed; for the university it means the campus is open when the buildings are not.
Where a course needs deeper hands-on practice, the training layer is where Nplay Scholar, our 3D interactive training platform in development, plugs in: the lab bench holds a model the student can take apart.
Recruitment, events and a record of use
Teaching is the reason to build a twin; administration is where it earns its keep in year two.
Recruitment. A prospective student in another country tours the real campus, at scale, from home. International offices use the twin at fairs abroad, on a laptop or on a Halo Box at the stand, where a hologram guide walks the visitor through the faculties.
Events. Graduations, career fairs and exhibitions run in the twin's auditorium and halls, with booths for employers and a stage for speakers. Where an institution wants a full virtual exhibition with booking, ticketing and analytics, Nplay Nexus, our virtual exhibition platform in development, is the natural extension of the campus.
Data. The platform records which rooms are used, when, by how many, and which questions students ask the assistant. For an institution that has always estimated space utilisation, this is a new instrument.
Ownership. The twin belongs to the university. Its brand, its buildings, its content and its user identities sit on a platform it controls, in its language. Universities in Saudi Arabia planning a metaverse university presence are asking us the same question the Jordanian university asked in 2022: how do we own this rather than rent it? The answer is a twin built for you.
Survey, model, connect, hand over
We deliver a campus twin in four steps, the same methodology we use for digital twins of facilities and showrooms.
Survey. Drawings, photographs and site visits across the campus; a decision on which buildings are modelled to full interior detail and which as exteriors. Model. The studio recreates the campus in 3D, to scale and recognisable, with the interiors that matter for teaching. Connect. Avatars, identity, role-based access, classrooms, the VR lab layer, the AR object layer and the AI assistant are configured and tested with a pilot faculty. Hand over. Staff are trained, content tools are handed to the university, and the campus opens to students.
The digital twin campus university project in Jordan showed us that the hardest part is not the modelling but the decisions: which faculties first, which lab experiments, who administers avatars. We now front-load those in a scoping workshop before any modelling starts.
If your university is weighing a campus twin — in Jordan, Saudi Arabia or elsewhere in the region — bring us the campus map and the list of things video calls could not do. That list is the specification.
Digital twin campus: frequently asked questions
Do students need VR headsets to use the campus?
No. The campus runs in a web browser with avatars; VR is used for specific lab sessions and simulations where a headset adds value, and AR for examining objects on a phone or tablet.
Is the platform available in Arabic?
Yes. The 2022 campus was built on an Arabic-language metaverse platform, with the interface, assistant and content native in Arabic alongside English.
How is a campus twin different from a virtual tour?
A tour is a picture you look at. A twin is a place you are in, with other people, where classes, labs and events happen — and the same model can later serve facilities management.
Who owns the digital twin campus?
The university. Buildings, content, branding and user identities sit on a platform the institution controls; we build it, train the staff and hand it over.