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Over the past 30 years, China has made dramatic changes and improvements in various educational areas, including the educational technology field. These changes have been supported by policies initiated by the country's central government. This chapter reviews the historical development of China's educational technology policies, paying particular attention to the evolutionary process, and examining policy features that have influenced Chinese educational development. The Chinese education technology framework encourages the use of educational technology to address more ambitious goals for economic and social development and thus serves as an important catalyst for advancing Chinese education.

Recent studies in education attempt to ‘criminologise’ some of the current practices and policies of higher education institutions – that is, to deconstruct certain philosophies and practices which may be discriminatory, offensive, and biased to certain social groups. Recent theoretical frameworks problematize current higher education policies, many of which are taken for granted. This paper adopts a critical perspective, shedding light on some practices as they occur in higher educational institutions, by human and non-human agencies. The study applies a ‘detective’ approach examining some problematic uses of technology a higher education institution. In this proposed approach, researchers play the role of ‘detectives’, investigating possible breaches of good practice (possibly discriminatory) committed by higher education actors (referred hereafter as ‘defendants’). Most of these offences are committed through the use of educational and institutional technologies. The purpose of this theoretical approach is to empower alienated social groups against such practices by identifying ‘defendants’ and the implications of their acts. The study uses empirical data from interviews, visits, and observations to explain the ways in which defendants respond to the accusations levelled against them by other users of educational technologies. The investigation revealed that technology was used, among many other functions, to manoeuvre around the legal and ethical system serving the interests of some stakeholders. Then, the study categorises these manoeuvres, explaining the legal implications of each category, and recommending consideration of important academic and institutional issues.

The purpose of this study is two-fold. First, to identify and encapsulate the enablers that can facilitate technology integration in higher education and second, to understand and analyze the interplay between technology agility enablers.

The study used the Total Interpretive Structural Modeling (TISM) approach to construct a theoretical model of the technology agility enablers in higher education and MICMAC analysis for ranking and segregating the enablers based on their dependence power into four categories: Autonomous, Dependent, Linkage and Independent.

The study helped identify eight technology agility enablers, with the Covid-19 pandemic as the most significant enabler. The Covid-19 pandemic has catalyzed the diffusion of technology across the education sector in India, including tertiary higher education. The study revealed government initiatives and institutional commitment as other enablers that can promote technology agility in higher education.

The results of this study would assist the policymakers and management of universities and colleges in understanding the important enablers that can facilitate technology integration in higher education.

Research in the past on technology adoption in higher education has looked into each enabler in isolation. This research provides a comprehensive view of the enablers and has attempted to establish a multidirectional interplay between the enablers.

Higher education institutions around the world have increasingly come to see information and communication technology (ICT) as vital to the business of teaching and learning. Institutions invest a considerable amount of time and resources to erecting the appropriate institutional infrastructure, creating policy and practice, instituting strategy, training faculty, and building the capacity of technology staff. However, in under-resourced regions of the world, such as Africa, ICT, the availability and use of, has several challenges to overcome: a lack of institutional infrastructure, sufficient bandwidth, and limited capacity to employ ICT in the research process or the classroom. Universities report inadequate funding, poor management and infrastructure, resistance to change, inadequate training, and high costs associated with effective ICT use. Moreover, critiques of Western technopositivism surface misgivings related to the performance outcomes and appropriateness of ICT adoption in Africa. In this chapter, the author will explore the work of international organizations and regional and national research and education networks in the diffusion of ICT discourse, consider on-the-ground adoptions and innovation at universities in Nigeria, and reflect on the suitability and sustainability of technology adoption, all within an ICT for development (ICT4D) framework that lenses the evolution of technological applications in higher education. This chapter is significant in that it connects African higher education to ICT4D and frames the various discourses, policy landscapes and practice arenas, as they relate to international actors, continental initiatives, networks, universities, and faculty.

Much of the literature on innovation and entrepreneurship in education focuses on how external ideas, processes, and techniques can be applied to education systems, schools, and classrooms to improve educational performance. Little research, however, addresses the ways that internal ideas, processes, and techniques within educational systems, schools, and classrooms impart innovation and entrepreneurial skills to youth worldwide. This chapter identifies ways that these skills can be developed in youth through mass education systems. Particular attention is given to the ways that youth are prepared to participate in the knowledge economy by becoming information innovators and knowledge entrepreneurs.

In this chapter, we discuss the use of technology to enhance learning for students with physical disabilities and other health impairments. In recent years, there has been significant growth in numbers, diversity, and academic orientation of persons with physical disabilities and other health impairments; therefore, it is incumbent on special educators to adopt and use appropriate emerging innovative technology to enhance student learning. Impactful laws (Americans with Disabilities Act [ADA], Every Student Succeeds Act, Individuals with Disability Education Act, and Title II of ADA) provide impetus for advancing the policies on the use of technology by students with physical disabilities and other health impairments in the United States. The International Society for Technology in Education (ISTE) Standards also guide the development of educators' digital literacies and pedagogical practices that will harness technology for student learning. This chapter is organized around the ISTE Standards, US Department of Education policies, and the use of technology to aid students with physical disabilities and other health impairments.

Tingting Qi's chapter titled, “Moving toward Decentralization? Changing Education Governance in China After 1985,” provides the historical and policy context for the volume. This chapter integrates the post-1978 Chinese educational reforms into the socioeconomic context of China. The special contribution of this chapter is that it explores the complexity of educational decentralization in China through an in-depth analysis of changes in education finance, administration, and curriculum. Qi reviews prior studies, government documents, laws, and regulations related to Chinese education reform since 1978 within the context of education decentralization in China. Qi also demonstrates that China's educational policy reforms are moving China toward “centralized decentralization” because decentralization is driven by a common, centralized national goal of economic modernization. The chapter presents evidence that “centralized decentralization” is a strategic maneuver that maintains centralized control while providing the reform legitimacy of decentralization. By focusing on decentralization as the core of Chinese educational policy reforms, this chapter situates the following chapters within the social, cultural, and political context of post-1978 China.

The Aakash tablet was developed as a social innovation (SI) to transform India’s higher education sector. This paper aims to explain the failure of the Aakash tablet beyond the typical explanations of deficiencies in the device’s technical capabilities. This paper argues that an SI lens provides a stronger explanation for its failure than the standard analyses built primarily on the technological viability of the device.

The Aakash project ran from 2010 to 2015. During this period, a number of government and policy reports as well as mainstream media articles were published on the device. Since 2015, a number of academic articles have been published on the Aakash emphasizing its failure as a technological solution. The authors draw on these sources to frame an understanding of the Aakash’s failure informed by SI theory.

Through a complexity-informed analysis, the authors show that the failure of the Aakash stemmed from flawed assumptions and a failure of the initiative to engage with both the particular and constantly changing features of the broader landscape of needs and opportunities.

This study draws attention to failure as a legitimate aspect of the study of SI. In presenting a “counter-case” to the usual success stories, it shows that the SI lens can also explain why an SI does not take off. It thereby adds to the literature on SI and complexity theory through an exploration of the complex interactions among public policy goals, technological advancements and entrepreneurship.

Educational researchers and practitioners work in dynamic and diverse arenas, informed by various political, social, and cultural discourses. The complexity of the human relationships that underlie these dialogues necessitate a new vision of how we prepare the next generation of educational researchers. This different vision is grounded in collaboration, creativity, and institutional flexibility as it seeks to foster the development of those interdisciplinary approaches that reflect both holistic and comprehensive views for emerging doctor-level programs. This chapter introduces an interdisciplinary PhD in Educational Studies program which focuses on nurturing the educational researcher mindset to address the increasing complexity of educational issues, concerns, and needs. What we share in this chapter is a glimpse at the tremendous potential of a PhD program that has been built on an openness to change. Ours is a program with explicit assumptions that undergird our actions, and also a program that is responsive to changes in the environments within which our candidates and graduates will work. Thus, our vision remains current and fresh, which serves as an unmistakably powerful motivator for both our doctoral students and faculty.

The purpose of this paper is to examine how the prevailing widespread and popular access to mobile phones among Jamaica's poor may be used to support the public policy goal of transitioning these users from mainly voice to more advanced applications, including m‐government, personal educational growth and teleworking, via increased connectivity to mobile internet and other forms of broadband access.

The article analytically reports the findings of two national usage studies of low‐income mobile respondents in Jamaica.

There is a prevailing positive disposition among Jamaicans of all social classes for the use of higher levels of work‐related communications technologies, once these are priced in a manner that make them accessible. This is a strong foundation upon which to build crucial technology links to key business and economic opportunities. Mobiles are potential bridges for low‐income users from their present voice‐dominated usage to higher end applications such as further education, better access to public services and other more intensive work‐related uses.

If made more accessible, mobile internet could help bridge information and education gaps experienced by the financially impoverished majority. More low‐income people could be connected through such simplified protocol platforms as .Mobi and into wider use of M‐services.

The empirical studies indicate for the first time that low income users of mobile phones are not just engaged in idle chatter but have a higher order economic and survival motivation in their patterns and uses of the mobile phone.