Search results

This chapter outlines complex and conflicting issues related to designing tall buildings. It gathers a vast amount of fragmented criticism and concerns and organizes them around the three pillars of sustainability: social, economic, and environmental. Mapping out the “unsustainable” aspects forms the foundation for addressing them in future research and tall building developments. The chapter engages the reader with a preliminary discussion on potential solutions to the outlined problems. It also balances extensive criticism by highlighting the virtues and advantages of tall buildings. Consequently, this chapter forms a foundation for improving the sustainability of tall buildings whenever and wherever they are constructed.

Higher education models continue to transform and advance across multiple trajectories spurred by knowledge economies and digital futures. The demand for disciplinary expertise, agile and responsive transition of graduates from university to industry, and employees who are adept and multi-skilled at working with global teams, has continued to raise the significance of international curricula and wider student experiences.

This chapter discusses the changing landscape of higher education and the disruptive influences that impinge on existing pedagogical models in the delivery of learning and teaching. It analyses the need for ‘just in time’, stackable units of learning that support learners in their lifelong learning journeys, embedded with 21st Century Learning skills. Further, the chapter will review existing models for course and curriculum development, recommend appropriate course development processes that are seamless, and meet industry and professional disciplinary agency requirements.

The current era of the fourth industrial revolution has attracted significant research on the use of digital technologies in improving construction project delivery. However, less emphasis has been placed on how these digital tools will influence the management of the construction workforce. To this end, using a review of existing works, this chapter explores the fourth industrial revolution and its associated technologies that can positively impact the management of the construction workforce when implemented. Also, the possible challenges that might truncate the successful deployment of digital technologies for effective workforce management were explored. The chapter submitted that implementing workforce management-specific digital platforms and other digital technologies designed for project delivery can aid effective workforce management within construction organisations. Technologies such as cloud computing, the Internet of Things, big data analytics, robotics and automation, and artificial intelligence, among others, offer significant benefits to the effective workforce management of construction organisations. However, several challenges, such as resistance to change due to fear of job loss, cost of investment in digital tools, organisational structure and culture, must be carefully considered as they might affect the successful use of digital tools and by extension, impact the success of workforce management in the organisations.

Course credentialing essentially involves the implementation of digital badges. A number of studies have recently been conducted that clarify this philosophy and promote their adoption in learning programmes. The research presented in this chapter contributes to the body of knowledge on learning and teaching regarding the comparative analyses of learning outcomes, multidimensional credentialing and digital badges relevant to the pedagogy of construction management. The aim of this research was to determine the maturity of multidimensional credentialing within its online pedagogy in particular. A review of literature pertaining to course multi-disciplining, accreditation, credentialing and digital badges had been conducted. Comparative analyses were performed to allocate learning outcomes of the tertiary institution and two accrediting bodies onto each unit in the online delivery mode of a Construction Management Bachelor Degree course. These analyses had yielded three matrices that could assist decision-making on how to assess learning in each unit. The results revealed that almost all units in this course had implemented at least one tertiary institution and accrediting body learning outcome.

The future of education as we know it is rapidly transforming, aided and abetted by the accelerating technological changes as well as economic and social changes occurring worldwide. To ensure sustainability, higher education institutions are compelled to prepare graduates for jobs, and work with technologies, that are yet to be created. Specialists and experts are calling on universities to be agile and respond to serve the needs of changing societies and the evolving world around us. According to the Ernst & Young (EY) (2018) report, “Can the universities of today lead learning for tomorrow?,” Australia is reported to be a world leader in higher education contributing about $30 billion annually to the GDP of the nation, although learning demands are shifting to primarily new exemplars (Cawood, 2018). The EY report affirms that a university prototype embedded in a teaching and research model with “a large asset base and cumbersome back office- would prove to be unviable in the future” (Cawood, 2018, p. 4).

This chapter will highlight how institutions are forging new partnerships and creating new models of delivery in different locations to meet learner needs in context and remain sustainable in the future. It will discuss the embedding of sustainability models in the curriculum, elaborate on the approaches taken to deliver active learning experiences that foster collaboration, and expand on integrating technology in learning for interactive engagements.

The internationalisation of industries has spilled over to academia, whereby institutions of higher learning (IHL) increasingly compete in the graduate quality and applied graduate knowledge capabilities that they can offer. With increasing global competition for students, combined with the evolving need for lifelong learning in dynamic industries impacted by digital knowledge management, there is an opportunity for IHLs to be able to evolve to ensure their business models enable services and service delivery to cater to and help shape industry demands. This chapter will look at micro-credentialing (MC) and how the provision of MCs has changed along with the evolving IHL education environment. The demands of students, employers and ecosystem considerations will be addressed through a review of the current landscape, pathways to MC and how MC may be operationalised. The Bersteinian approach to pedagogic classification, which identifies the framework of knowledge as being communicable via three axes of singularism, regionalism and a wider generalist approach is referenced as a framework. The resultant recommendations that draw upon these foundations will conclude the chapter.

The focus of this chapter is on micro-credentials in higher education. In the current complex and fluid context, there is a demand for higher education providers to be able to respond with flexible and targeted provision of learning opportunities. Crafting micro-credentials, or disaggregating credentials, can be effective in reaching target audiences. For students, the availability of micro-credentials allows them to satisfy immediate learning needs. For industry, micro-credentials can provide elements of vocational training. On the other hand, it is a challenge to design micro-credentials that provide the cognitive perspective associated with higher education to ensure an appreciation of an associated body of knowledge or field of study. Further, education offered by universities and other higher education providers needs to have the potential to support the ongoing academic life of the institution, which is dependent on teaching being informed by research and current understandings in the field, and the research area being refreshed with talent with an appreciation of their field of study and associated bodies of knowledge. This, therefore, can be seen as something of an eco-system, which is dependent for its sustenance on learners acquiring more than fragments of knowledge or information. There are consequences for devising policies and procedures for the design, recognition, and provision of micro-credentials in higher education. Policies and procedures need to explicitly relate micro-credentials to the current and emerging understandings in an academic discipline or field of study. Academic standards that apply to offering credentials need to be maintained. Associated staff support and development is a requirement.

Pulse check on discipline degrees for changed status quo is vital to ensure global futures for international enrolments (IEs). While employers spend less on training and more on innovating, can IEs manage time spent wisely and profitably (self-sufficiency) via collecting demand-driven credentials (micro-credentialing, Mc)? Due to limited research on Multidisciplinary, Micro-credentialing (MdMc), communication among stakeholders becomes difficult – there is no sense of self-sufficiency and course crossbreed lags; thus, diploma initiatives rarely succeed. Hence, MdMc aims to generate industry-necessitated, new knowledge hybrids where courses could generate adaptable Md links and intersections towards self-sufficiency. We propose a methodology based on Md content analysis on rapidly deployable knowledge bases suitable for multisector employability: a market survey to identify new knowledge areas. The outcome is to be knowledge mapped to identify gaps in skills required for applications to meet across disciplines. Finding the nature of these gaps intends to present possible knowledge links and intersections among courses. Diagrammatised and textual analysis of self-sufficiency-related benefits that could forge robust faulty-industry partnerships will be discussed – to demonstrate fluidity between credentials and careers. The resulting MdMc rigour model would present avenues for new content, training programmes, and a potential HE-industry manifesto. This MdMc model may offer a quick and dynamic process of epistemic, accessibility and instructional rigour checks to achieve professional currency towards self-sufficiency for IEs.