Across Europe, universities are quietly but steadily reshaping their approach to teaching as extended reality (XR) technologies gain ground beyond research labs and pilot projects. What was once considered experimental is increasingly becoming part of mainstream educational strategies, driven by the growing presence of immersive technologies in areas such as healthcare, industrial training and digital education.
Initiatives like GRACE, LEAPXR and Alliance4XR are part of this wider movement. Rather than focusing solely on technological development, these projects underline the need for structural change within higher education. Updating curricula, training staff and creating the right conditions for experimentation are now seen as essential steps if universities want to remain relevant in a fast-moving innovation landscape.
One visible result of this shift is the emergence of joint master’s programmes centred on XR and gamification. These programmes are designed not only to teach technical skills, but also to expose students to real application contexts and cross-border collaboration. In parallel, many institutions are investing time and resources in securing European and regional funding to support the integration of XR into teaching practices and entrepreneurship activities.
The transformation is not limited to degree programmes. Universities are also expanding their role as meeting points for experimentation and dialogue. Conferences, hands-on workshops and small-scale pilots allow students, researchers and industry partners to explore XR tools together, test new learning formats and exchange practical knowledge. This work is increasingly supported by dedicated infrastructures, including XR labs and shared pools of VR and AR equipment.
At a deeper level, the adoption of XR is prompting universities to rethink how disciplines interact. Immersive technologies sit at the intersection of software development, design, social sciences and domain-specific expertise. As a result, learning experiences are becoming more interdisciplinary, with greater emphasis on usability, ethical considerations and real-world impact, rather than on technology alone.
For this transition to work, academic staff play a critical role. Many universities are investing in professional development so that teachers and researchers can explore XR at their own pace, experiment with new formats and learn through iteration. This gradual, sometimes uneven process is proving just as important as investments in hardware or software.
Students, in turn, are being encouraged to take a more active role. Project-based learning, co-design approaches and gamified environments are giving them space to build and test XR solutions that respond to concrete challenges. In doing so, they gain experience that goes beyond technical skills and reflects the realities of working with immersive technologies in practice.
As XR becomes more firmly embedded in European higher education, the debate is shifting. The key question is no longer whether universities should engage with immersive technologies, but how they can do so in a way that is meaningful, sustainable and aligned with societal needs. How this question is answered will shape the skills and mindsets of the next generation of XR professionals.
