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Virtualization is the simulation or emulation of computer resources to the user (Grauer, n.d.; Simpson, 2008). This chapter discusses virtualization as a viable classroom methodology for providing students with course relevant hands-on experience (Simpson, 2008) while synchronizing course specific content in traditional on-ground and online courses (Pheils, 2010). More specifically, this chapter provides an overview of virtualization, detailing several open source tools, and offering possible applications for incorporation into other courses including free resources for sample content. Proof-of-concept is established through examples of successful usage at two colleges. The adoption of virtualization within course development may provide a solution that spans disciplines and offers students the ability to practice and further their studies beyond the classroom.

Using a case study approach, this chapter examines two primary changes to global health education prompted and exacerbated by the COVID-19 pandemic. First, is the acceleration of digital education into the typical global health classroom. Second, is the integration of transnational networks and partnerships between intergovernmental organizations (IGOs), nongovernmental organizations (NGOs), and higher education institutions (HEIs) to create, adapt, and disseminate digital materials in fast-changing information environments. The chapter examines the potential positive and negative impacts of the proliferation of digital content created by IGOs and international NGOs that is being rapidly integrated into use in HEIs for Global Health. The growth of tools and access through these new partnerships may lead to increased access to global health information for professionals. However, these changes may have long-term implications for global health regarding equitable access to culturally appropriate and accurate information. Furthermore, there may be additional implications for equity, as the proliferation of tools may still leave out the most vulnerable that do not have access to digital platforms.

As costs around the world continue to rise for education, institutions must become innovative in the ways they teach and grow students. To do this effectively, professors and administrative staff should push toward the utilization of Open Source Software (OSS) and virtual tools to enhance or supplement currently available tools. In developing countries, OSS applications would allow students the ability to learn critical technological skills for success at small fraction of the cost. OSS also provides faculty members the ability to dissect source code and prepare students for low-level software development. It is critical that all institutions look at alternatives in providing training and delivering educational material regardless of limitations going forward as the world continues to be more global due to the increased use of technologies everywhere. Doing this could provide a means of shortening the education gap in many countries. Through reviewing the available technology, possible implementations of these technologies, and the application of these items in graduate coursework could provide a starting point in integrating these tools into academia. When administrators or faculty debate the possibilities of OSS, gaming, and simulation tools, this applied research provides a guide for changing the ability to develop students that will be competitive on a global level.

This chapter aimed to uncover the gaps in the existing construction supply chain management (CSCM) models. Organisational culture and the fourth industrial revolution (4IR) components are the two gaps that were identified through reviewing existing CSCM models. The 4IR is driven by three components which are smart management, virtualisation and cyber-physical system. It was proposed in this chapter that the practice of CSCM should be in tandem with the components of 4IR. This chapter recommended that for the effective practice of the construction supply chain (CSC) in the 4IR era, construction stakeholders should adopt an innovative and collaborative organisational culture. The organisational culture adopted by a construction firm performs a crucial role in encouraging construction stakeholders in adopting 4IR components for CSCM. Each of the 4IR components is driven by technologies like autonomous robots, building information modelling (BIM), radio frequency identification (RFID), the internet of things (IoT) and others. Among all the technologies, it was discovered that RFID and BIM had gained prominence in most CSC literature. The chapter recommended that blockchain, digital twins and the cyber-physical system are the next trending technology for CSCM.

This chapter focuses on learning space design for students’ technology-rich lifestyles, in particular the evolution and future of learning spaces in the United States. JISC design principles – bold, supportive, future proof, creative, and enterprising – frame discussion in the chapter’s first section, “Planning for the learning spaces of tomorrow.” The section begins with pioneering work in the field and follows with recent learning spaces (both classrooms and informal learning environments) that seek new and innovative ways for students to collaborate. Examples clearly point to students’ need for continual access to flexible, tech-rich spaces that support their work and study habits.

The chapter’s second section, “The future of learning spaces: On-demand apps and Bring Your Own Technology (BYOT),” is a case study focused on software virtualization’s influence on learning space design at Indiana University. The section brings in examples from the University of South Florida and the University of Iowa, asserting that physical and virtual learning spaces must be designed to come together seamlessly, echoing students’ on-the-go lifestyles and constant connectedness. Ultimately, the section makes a bold contention about the evolution of learning spaces: Any space can become a tech-rich learning environment, if students have access to virtualized software.

Throughout, the chapter touches on compelling questions about meeting the learning needs of digital natives: How do we challenge traditional educational paradigms? Can we flip the classroom to further the potential of all learners? What is the role of collaboration in learning? Which models will energize and inspire learners and instructors of the future?

Over the past years, the educational environment has undergone a revolution, caused mainly by the wide diffusion of information and communication technologies (ICTs), and the multiscalar implications of the Covid-19 pandemic. This chapter taps into educators’ first-hand experience relating to the adoption of online technologies in an action learning process during the pandemic. Action learning is one of the experiential training methodologies aimed at individual, group, and organizational growth and development through practical, hands-on experience. It is an educational process that facilitates and improves the mechanism and functioning of groups of people who come together to support real challenges or activities, also by learning from direct experience. To this end, the case study of a University Master Course in leadership and change management is examined, based on unstructured interviews and analysis of written documents. The case study represents an emblematic case of adaptation and response to the change imposed by Covid-19 through the promotion of an innovative teaching and learning method. Results show how the adjustments devised to cope with the consequence of teamwork virtualization proved to be synergistic, delivering positive outcomes in terms of participants satisfaction, learning and impact, and producing deeply innovative change management projects. Implications for theory and practice are discussed.

This chapter discusses the profound and influential impact the construction industry has on the national economy, together with the huge negative effect it has on the environment. It argues that by adopting smart and industrialised prefabrication (SAIP), the Australian construction industry, and the construction industry globally, is well positioned to leverage the circular economy to advance future industries with less impact on our natural environment. It discusses aspects of the application of digital technologies, specifically building information modelling, virtualisation, augmented and virtual reality and 3D printing, coupled with reverse logistics as a proponent for advancing the circular economy through smart, digitally enabled, industrialised prefabrication. It further postulates a framework for SAIP for the circular economy.

This chapter presented the model for the effective practice of construction supply chain management (CSCM) in the fourth industrial revolution (4IR) era. The model was developed after discovering that the failure of adopting the 4IR component has hindered the synchronisation of construction supply chain (CSC) activities. While some stakeholders are willing to manage their CSC under the 4IR era, most have no clue how to go about it. Most stakeholders are familiar with an existing practice built around collaboration, integration, supply chain structure and trust. This chapter bridges the gap by introducing organisational culture and 4IR components for modelling the CSCM in the 4IR era. The model was backed and grounded with a robust theoretical framework. The theories include social identity theory, change theory and resource-based view theory. It was discovered that the organisational culture adopted by construction stakeholders determines their willingness to embrace the 4IR component for the management of CSC. The 4IR components were divided into smart management, virtualisation and cyber-physical systems. The chapter recommended that the practice of SCM in the Nigerian construction industry should be modelled around the six constructs that were used in developing the model for this study.

An inquiry into the constitution of the experience of patienthood. It understands “becoming a patient” as a production of a subjectivity, in other words as a process of individuation and milieu that occurs through an ontology of production. This ontology of production can, of course, also be understood as a political ontology. Therefore, this is, first of all, an inquiry into a mode of production, and, secondly, an inquiry into its relation to the issue of social justice – because of effects of digital divisions. In these terms, it also reflects on how expert discourses, such as in medical sociology and science studies (STS), can (and do) articulate their problems.

An integrative mode of discourse analysis, strongly related to discursive institutionalism, called semantic agency theory: it considers those arrangements (institutions, informal organizations, networks, collectivities, etc.) and assemblages (intellectual equipment, vernacular epistemologies, etc.) that are constitutive of how the issue of “patient experience” can be articulated form its position within an ontology of production.

The aim not being the production of a finite result, what is needed is a shift in how “the construction of patient experience” is produced by expert discourses. While the inquiry is not primarily an empirical study and is also limited to “Western societies,” it emphasizes that there is a relation between political ontologies (including the issues of social justice) and the subjectivities that shape the experiences of people in contemporary health care systems, and, finally, that this relation is troubled by the effects of the digital divide(s).

A proposal “to interrogate and trouble” some innovative extensions and revisions – even though it will not be able to speculate about matters of degree – to contemporary theories of biomedicalization, patienthood, and managed care.