Museums are traditionally considered learning environments and are ordinarily used for non-formal education. Physical museums, while being irreplaceable, are limited to a physical space, requiring mobility and physical presence. In addition, traditional exhibitions are not designed for interaction and physical exploration of artefacts. With the focus being shifted from museum exhibits to visitors’ experience, utilization of emerging technologies and co-creation of virtual museums not only helps in preservation of cultural heritage, but enhances the dissemination, engagement, and experience, while addressing the mobility and the plurality of voices and perspectives represented. In this work, we designed and developed the School House Virtual Museum with tangible user interfaces based on participatory, interdisciplinary, and co-creative methods with students and a larger community of researchers, artists, and practitioners working on heritage and memory. In a user study with 62 participants, usability and user experience were explored and the potential contribution of such virtual museums to learning, based on critical, cross-disciplinary, and participatory dialogue, both in cultural and educational institutions/programs has been investigated. The results have confirmed that the system has been well designed and developed, and the user experience was largely positive. The responses from educators and students confirmed that the application holds potential as a learning and education tool in either museums, schools, or when used independently.

Virtual Reality is used for creating immersive experiences with rich interactions in many application domains, from video games, simulations, and training, to cultural heritage and educational applications. Taking advantage of this technology, the experience in traditional museums can be enhanced with digital content, the museum or their collections can be replicated for remote visitors, or entirely new virtual museums can be created. In this paper, a demo of a multi-modal virtual museum is presented and interaction discussed from the point of view of a consumer and a virtual museum creator.

With the increasing prevalence of educational eXtended Reality (XR) Cultural Heritage (CH) experiences, it becomes increasingly important to understand the user, and learner, experience of such installations and develop bespoke methodologies to capture and evaluate these experiences. Our work aims to expand the existing knowledge of User Experience (UX) in CH incorporating XR, especially for educational aspects inside, by displaying and analysing UX understanding and evaluation methods. Through investigation and research on UX work of applications described from various sources, this paper summarises the current trends, limitations, and challenges of UX evaluation in this field and represents the direction of future work.

In this paper we present details of a virtual tour and game for VR headset that are designed to investigate an interactive and engaging approach of applying VR to student recruitment for an undergraduate course. The VR tour employs a floating menu to navigate through a set of 360° panoramic photographs of the teaching environment and uses hotspot interaction to display further information about the course. The VR game is a fast-paced shooting game. The course information is embedded on cubes that the player needs to focus on and destroy. The game experience is expected to generate an engaging way to promote the course. This work in progress outlines the concept and development of the prototype, and discusses the next stages of testing in order to evaluate the effectiveness of applying VR to undergraduate student recruitment.

In this paper we present details of a virtual tour and game for VR headset that are designed to investigate an interactive and engaging approach of applying VR to student recruitment for an undergraduate course. The VR tour employs a floating menu to navigate through a set of 360° panoramic photographs of the teaching environment and uses hotspot interaction to display further information about the course. The VR game is a fast-paced shooting game. The course information is embedded on cubes that the player needs to focus on and destroy. The game experience is expected to generate an engaging way to promote the course. This work in progress outlines the concept and development of the prototype, and discusses the next stages of testing in order to evaluate the effectiveness of applying VR to undergraduate student recruitment.

Virtual museums are an important medium for the preservation and dissemination of tangible and intangible cultural heritage as well as for education and public engagement. This is even more important now that focus is being shifted from museum exhibits to the visitors’ experience and the increased attention given to their mobility, and the plurality of voices and perspectives represented. To enhance experience and participation new techniques are being developed and multiple senses stimulated. This paper offers venues to unpack the potentials of VR as a pedagogic vehicle when creative and cross-disciplinary experimentation is employed in and around digital museums. Grounded in a particular site of memory, and co-produced with a ‘post-memory generation’, the School House Virtual Museum is associated with private and silenced memories of past civic resistance in Kosovo. Using written and orally narrated stories, images, videos and immersion within a virtually reconstructed physical space, the experience offers a means to explore spaces, narratives, and technologies relevant to a particular cultural memory and heritage. The main aim of the user study, with 37 participants presented in this work, was to investigate the design of the system, focusing on three aspects: usability, User Experience (UX) and education, and the effect of the tangible interface provided to one user group. The results are overall very positive and confirm that the UX holds potential as a learning and education tool whether in museums, schools, or when used independently.

Interval recognition is an important part of ear training—the key aspect of music education. Once trained, the musician can identify pitches, melodies, chords, and rhythms by listening to music segments. In a conventional setting, the tutor would teach a trainee the intervals using a musical instrument, typically a piano. However, this is expensive, time consuming, and nonengaging for either party. With the emergence of new technologies, including virtual reality (VR) and areas such as edutainment, this and similar trainings can be transformed into more engaging, more accessible, customizable (virtual) environments, with the addition of new cues and bespoke progression settings. In this work, we designed and implemented a VR ear training system for interval recognition. The usability, user experience, and the effect of multimodal integration through the addition of a perceptual cue, spatial audio, was investigated in two experiments with 46 participants. The results show that the system is highly acceptable and provides a very good experience for users. Furthermore, we show that the added spatial auditory cues provided in the VR application give users significantly more information for judging the musical intervals, something that is not possible in a non-VR environment.