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In today’s world, empowering individuals, promoting social cohesion and advancing economic development all hinge on access to high-quality education, prioritizing diversity, inclusion and equality. Rethinking current educational strategies using cyber-physical learning assets is necessary to accommodate the learning inclusivity and equity and escalating demands of a globalized world. There is a pressing demand for evidence to support the efficacy of collaborative learning in transforming curriculum and fostering learner inclusion. However, it is recognized as a pedagogical technique within the quality education domain. This study aims to address this knowledge gap by investigating how hybridized cybergogy paradigms facilitate collaborative learning, focusing on diversity, equity and inclusion, to improve educational quality in higher education.

This study used a qualitative approach with an exploratory design guided by an interpretive philosophical perspective. The data was gathered from 60 prospective teachers from the public sector university of Sindh, Pakistan. Semi-structured interviews were conducted with participants. They were then analyzed using theme analysis to understand their views on the potential of hybridized cybergogy paradigms for collaborative learning to improve the quality of education provided at institutions.

The study results confirm that learners benefit from increased access to learning resources, improved critical thinking and problem-solving skills and a more diverse and inclusive classroom working together in a collaborative hybridized cybergogy setting. By fostering SDG 4 (Quality Education) and the 21st-century skills necessary for global marketplace engagement and competing in progressive environments, this creative method equips learners with the capabilities to face modern global challenges.

The study offers valuable practical suggestions to stakeholders in higher education, including faculty, policymakers and teacher education programs, for integrating hybridized cybergogy and collaborative learning to align curricula with sustainable development goals. Additionally, it bridges a significant gap in the existing literature, which will aid future researchers interested in exploring this area.

This study stands out as it explores an underexamined area while providing novel educational insights.

Unprecedented progressions in the sector of Information and Communication Technologies (ICTs) have led to the trendsetting of Education 4.0 paradigms. A byproduct of breakthroughs in Education 4.0 is the “Cybergogy” paradigm that particularly stimulates learning and builds competencies in a virtual environment for the new era. Toward that, the objective of this review paper is to explore how cyber-physical learning is being adopted within cybergogy paradigms with its current state-of-the-art, traits, design models, applications and difficulties in Higher Education Institutions (HEIs) around the globe.

A narrative review of literature has been conducted in which major electronic bibliographic databases are targeted for study selection. Seven themes have emerged from the literature search that descript the resourcefulness, inventiveness and challenges of cyber-technology in transferring learning and interaction in and outside HEI boundary walls.

Grounded on the findings, it is valuable to mention that cybergogy media facilitates an array of options for collaboration, information gathering, intellectual discussions, the convenience of access, etc. among higher education learners. Consisting of interconnected technology, distinctive intricate digital systems and physical elements working together, the trend has implementation efforts of a smart learning institution for providing engaged learning and advanced skills training. However, there are certain implementation risks and consequences that must be considered thoughtfully.

This review can be used as an effective guide in designing cyber-technology-mediated teaching instruction and strategies for supporting collaborations and inventive learning in higher academia. Future researchers interested in exploring cyber-physical blends and media usage in education will also be facilitated with this review.

This literature review is unique because it details significant practices of collaborative learning for the twenty-first century through cybergogy in Higher Education 4.0 that was not examined previously.

Our university demonstrates a strong investment in online education and as part of continuing development delivers some existing online programs in a 3D virtual world. Faculty members need a plan to engage, so they were guided in the adoption of our cybergogy of learning archetypes and learning domains to draw together various aspects of learning. Together we weave threads from orthodox theories with a doctrine of educational technologies that encompasses social-centric 3D interactive virtual environments. This chapter documents the growth of the model from theory into practice to provide a framework for instructors to plan their virtual courses. Five Second Life®-enhanced courses were developed, scheduled and marketed to enrolled students to test the framework. The teaching and learning strategies adopted are reported and outcomes are presented.

The part covers the planning process from the perspective of the instructor. Our global set of authors span Europe, Asia, and the Americas. The principle concept is that the science of learning, the cybergogy, that has emerged in technologies like virtual worlds requires faculty to think in terms of learning archetypes. As faculty plan for activities and ways to manage attention in activity-based learning environments, they will think in terms of building around avatars, engaged in finding things, and responding to critical incidences. In doing so, teaching and learning grows around visual stimulation, engagement, collaborative motivation, personal interest, context in the subject matter, and “contemporarity” of the learning environment. The process for teaching in virtual worlds mirrors other emerging technology. Educators need to lead by example, using the technology themselves to build their expertise. They must garner support from their stakeholders and create and engage in professional development courses that focus on virtual worlds so they can prepare and be prepared for delivering in the environment.

The purpose of this paper is to explore the perception, readiness and change involved in the implementation of Education 4.0 within the region of Association of Southeast Asian Nations (ASEAN) among policymakers, enablers (lecturers) and receivers (students), within globalisation, referred here as the Fourth Industrial Revolution (4IR).

This study used a mixed method research design using quantitative data from a Likert scale of 1–5, involving: (1) Not Ready; (2) Ready; (3) No Sure; (4) Quite Ready and (5) Extremely Ready. Open-ended questions formed the qualitative approach taken by the researchers to uncover the richness of the respondents' perceptions of Education 4.0. The test items reliability index of 0.744 drew quantitative data from the perspective of the educational policymakers, enablers and receivers to reveal their collective definition of each construct (knowledge, industry and humanity).

This study has exposed the importance of knowing and capturing the interrelated components of an educational ecosystem that exists in higher education (HE) within the ASEAN region. The personal readiness of respondents towards Education 4.0 is very high; yet concern was raised about the financial and managerial readiness of institutions across the region.

This study highlighted the dynamic nature of the HE ecosystem and the connectivity between the elements of Education 4.0 – knowledge, industry and humanity within the ASEAN region.

This chapter reports on the innovative and developing use of a virtual world environment to support the training and professional development of pre-service teachers of information and communications technology (ICT), information technology (IT) and computing. The findings show that the online experience promotes confidence and competence in virtual world activity. It also stimulates thinking about the potential of alternative methods for teaching and learning in schools. The case study participants were 16 trainee teachers aged between 21 and 55 years old, with varying backgrounds including those with careers in the computing industry, those straight from university and those having spent considerable time in schools as unqualified teachers. In Second Life they experienced a number of environments and discussed the potential of virtual worlds. The tutors believe that Second Life can offer a valuable environment to promote engagement by pre-service teachers in innovative and imaginative methods of teaching and for them to better understand the affordances of virtual worlds.

Education 4.0 (E 4.0) represents a new paradigm in the field of education, which emphasizes a student-centric approach that allows learners to access education anytime, anywhere, tailored to their individual needs through modern-day technologies. The purpose of the study was to unearth the critical success factors (CSFs) essential for the successful implementation of E 4.0.

The CSFs were unearthed using a literature review and further the interrelationships were analysed using multi-criteria decision making (MCDM) approach.

The study unearthed 15 CSFs for the successful implementation of E 4.0. The most important factor for the successful implementation of E 4.0 was personalized learning which was found to be the casual factor. The other causal CSFs were clear vision and leadership for E 4.0, stakeholder involvement, data analytics in teaching and learning, inter-disciplinary learning and blended learning environments. The effect factors were digital citizenship-based education, teacher training and development for E 4.0, supportive environment, curriculum redesign for E 4.0, open educational resources, digital technologies, formative assessments, infrastructure for E 4.0 and sustainability in education.

This is the first study which unearthed the CSFs and found the interrelationships among them, thus contributing to the theory of technology organization environment.

This study represented a pioneering effort in understanding the CSFs underpinning the successful adoption of E 4.0, paving the way for a more personalized, tech-savvy and effective education system.

Youngkyun Baek is professor of educational technology at Boise State University, USA. He had been teaching since 1991 at Korea National University of Education. Previously, he worked at Korea Educational Development Institute. His research interests are on instructional games, simulation, and mobile devices in education. He has presented several papers at SITE, NECC, AERA, and OECD Expert Meeting on gaming and simulations. Recently, he published two books on educational games and wrote several book chapters. Now he is designing a social network game on global warming and doing a research on intrinsic motivational factors in instructional games.