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The ability for learners to interact online via their avatars in a 3-D simulation space means that virtual worlds afford a host of educational opportunities not offered by other learning technology platforms, but their use also raises several pertinent issues that warrant consideration. This chapter reviews the educational use of virtual worlds from a design perspective. Virtual-world definitions are explored, along with their key educational characteristics. Different virtual-world environments are briefly contrasted, including Second Life, Active Worlds, Open Sim, and Minecraft. A wide variety of virtual-world uses in schools and universities are examined so as to understand their versatility. Key educational benefits of virtual worlds are distilled from the literature, such as the ability to facilitate 3-D simulations, role-plays, construction tasks, and immersive learning. Emergent issues surrounding the use of virtual worlds are also analyzed, including cognitive load, safety, and representational fidelity. One higher education and one school level vignette are provided in order to offer more detailed insight into the use of virtual worlds in practice. Recommendations for learning design and implementation are presented, based on the thematic analysis of contemporary virtual-worlds research.

Recent research on immersive experiences in online environments for higher education has attributed a fundamental role to two distinct yet connected psychological phenomena: the feelings of being virtually present in the education environment, often simply called presence, and peak episodes of flow. The authors conceptually delimitate these two psychological facets of e-learners’ experiences and examine their interplay. The authors show how flow episodes are elicited by students’ sense of control over the online education environment, their attention being focussed on the learning tasks, and their feelings of being physically placed in the online education setting. Also, the interactivity created by the online education environment evokes an e-learner’s imagery, which in turn triggers presence feelings and episodes of flow. The authors further show that, although presence and flow are triggered by some common antecedents, they differ in the object of the individual’s immersion, and that presence feelings facilitate flow. Moreover, the authors provide practical recommendations for higher education institutions, policy makers and the academic and information and communication technology community involved in e-learning, to make sure e-learner experiences reach their fullest potential.

Since the prevalence of virtual worlds in society has grown exponentially in recent years and virtual worlds have demonstrated an incredible power to engage participants in ways in which traditional education has not, virtual worlds provide us an excellent opportunity to create engaging, collaborative, and academically challenging learning situations. Also, given the new media literacy of many of younger students, we in higher education are in many ways meeting them where they already are …or should be. By integrating virtual worlds into instruction, the Virtual Education Research Group (VERG) at Middlesex Community College in Massachusetts provides students with these collaborative experiences. Through a sustained community of practice and experimentation with a variety of virtual world platforms including ActiveWorlds, World of Warcraft, Warhammer, City of Heroes Architect, Forbidden City, and Second Life, some general principles and specific learning activities emerge for instructors integrating virtual worlds into the classroom. The basic concepts of connecting with technical and administrative support, choosing a world with thematic connections to your subject, creating scheduled opportunities to play and learn together, and committing to providing a strong online presence have been expanded upon to create a flexible model that can be applied across disciplines. Through the work of VERG at Middlesex Community College, virtual worlds are now used in a variety of instructional disciplines, ranging from humanities to psychology to business. Several case studies illustrating unique and effective practices are provided.

The very essence of internationalisation, which depends heavily on academic mobility and cross-border interactions, has been adversely affected due to the COVID-19 pandemic and has been associated with a significant decline in student and staff mobility in South Africa and around the world. Nonetheless, it has also catalysed innovation and inspired new approaches to teaching and learning that have the potential to transform the future of higher education. In the aftermath of the COVID-19 pandemic, higher education institutions are grappling with a fundamental question that goes beyond the practicalities of internationalisation: How can we re-envision the concept of internationalisation to meet the challenges of the new normal? This question calls for a deeper reflection on the nature of internationalisation itself. How can we ensure that cross-border interactions and exchanges continue to foster a sense of global community and intercultural understanding, even in a world that is physically distanced? This chapter seeks to explore the profound implications of the pandemic on the internationalisation of higher education (IHE) in South Africa. It aims to critically examine the present challenges to internationalisation and the strategies that have been developed to address them in the context of the post-pandemic world. The chapter employs a critical reflection approach through the use of qualitative research, systematic literature review, and document analysis. By utilising these methodologies, it seeks to delve deeper into the implications of the pandemic on the IHE in South Africa.

This chapter provides information on using virtual worlds for faculty and teacher professional development. The information presented in this chapter has been discovered through an examination of relevant literature with regard to utilizing virtual worlds in higher education. Among topics explored, the authors discuss the following: information regarding theoretical frameworks of teaching and learning, including social constructivism, experiential learning, and problem-based learning; the process for teaching instructors how to use virtual worlds across a variety of curricula; modeling of good practices in teaching and learning in a simulated environment; and the process of teaching faculty how to teach with virtual worlds. In addition, issues of access, technology needs, student training, expectations, and assessment within virtual worlds are discussed. Examples of faculty development including single workshops and entire conferences are shown with specific focus on successes and challenges of conducting these activities within a virtual worlds. In presenting these examples, it is hoped that individuals in higher education will gain a better perspective of utilizing virtual worlds in their practice.

This chapter presents Virtual Exchange (VE) and Simulation as a pedagogical strategy to train pre-service teachers. Through VE, students–teachers from geographically distant locations come together with the aim of participating in a simulation. The simulation, in turn, presents a scenario and highlights several educational challenges that pre-service teachers must solve collaboratively. In so doing it, language skills, digital competence, and intercultural competence are developed. This chapter offers an overview of Virtual Exchange + Simulation, presents a complete simulation in case other teachers want to replicate the experience, and presents some of the most relevant findings out of the experience.

An innovative approach for enhancing college courses using virtual worlds was developed to raise the students' level of engagement, promote critical thinking, and meet pedagogical objectives. Reaching to a new level of teaching delivery, this approach involves conducting tours of rich and exciting virtual world venues and assigning students' reflective assignments during and after the tour. In this chapter, the procedures for conducting virtual educational tours are presented, descriptions of explored virtual demonstrations and simulations are provided, findings from the learning experiences are discussed, and students' reactions to the technologies based on comprehensive surveys are shared. Furthermore, key lessons learned and recommended teaching strategies are provided and future plans for application of cutting-edge technologies to education are described.

This chapter has three main objectives: (1) to address the qualitative and quantitative impact of globalization in higher education institutions (HEI) and in the higher education systems (HES) in different regions and countries during the past 20 years; (2) stress the need of having specific levels of social equity in order to attain a permanent education for all and for life applying adequate educational policies; and (3) refer briefly to the need of a world report on higher education.

The ideas discussed in this chapter highlight key issues identified by the United Nations Educational, Scientific and Cultural Organization (UNESCO) regarding higher education, such as access, diversification, pertinence (or social commitment), quality, management, financing, new technologies of information and communication (ICT), and international cooperation.

Spatial ability is essential for engineers’ professional performance. Several studies describe it as a skill that can be enhanced using new technologies. Virtual reality (VR) is an emerging technology that is proving very useful for training different skills and improving spatial perception. In this chapter, the authors firstly present some previous works that use VR to train students, mainly in the area of engineering studies, and which demonstrate that VR can improve some aspects of the spatial perception. This study took a group of engineering students who used VR technologies to carry out learning activities designed to improve their spatial perception, which was measured with a widely used spatial ability test. The results obtained confirm that the use of VR technologies can improve students’ spatial perception. This proposal is easily transferable to other educational contexts. On the one hand, it could be implemented to improve spatial ability in other engineering studies, and on the other hand, with simple adaptation, it could be used to enhance other skills.