Research that is based on appropriate theoretical or conceptual frameworks ensures valid and credible research objectives and the production of relevant results that complement existing literature on a research problem. Innovative and relevant knowledge is produced using appropriate theories and concepts. Despite the importance of theoretical and conceptual frameworks to research, many researchers have difficulties applying them appropriately in their research. Researchers in information systems have limited exposure to theories of societal and human development that should guide them in applying their knowledge of information systems to address real-world problems. Theoretical and Conceptual Frameworks in ICT Research presents a collection of practical case applications of theoretical and conceptual frameworks in information systems research. It guides researchers of information systems to explore and use appropriate theoretical frameworks. This book further tests different theories and frameworks and recommends their effectiveness and improvement and identifies context-specific theoretical and conceptual frameworks. Covering topics such as decision electronic health record implementation, institution management, and technology adoption, this premier reference source is an essential resource for policymakers, educators and advanced-level students of higher education, information systems professionals, librarians, researchers, and academicians.

By now, it is commonly accepted that investments in information and communication technologies (ICTs) can facilitate macroeconomic growth in developed countries. Research standards in ICT for development (ICT4D) are high, and it is a basic expectation that a theoretically sound conceptual investigation should yield actionable results. An additional expectation is that an on-the-ground study conducted in each setting should add to the common body of knowledge based on theory. In other words, one is expected to make a connection between the world of concepts and the world of reality. Middle-range theories and frameworks could help connect the case studies with grand theories, by helping to create a theoretically sound and practically applicable research architecture of ICT4D. This book demonstrates how creative use of various data analysis methods (e.g., data mining [DM], data envelopment analysis [DEA], and structural equation modeling [SEM]) and conceptual frameworks (e.g., neoclassical growth accounting, chaos and complexity theories) may be utilized for inductive and deductive purposes to develop and to test, in step-by-step fashion, theoretically sound frameworks for a large subset of ICT4D research questions. Specifically, this book showcases the utilization of DM, DEA, and SEM for the following purposes: Identification of the relevant context-specific constructs (inductive application) Identification of the relationships between the constructs (inductive application) Development of a framework incorporating the constructs and relationships discovered (inductive application) Testing of the constructed framework (deductive application) The book takes a multi-theoretical perspective to economic development research. It starts with an overview of ICT4D. Next it covers such frameworks and theories as neoclassical growth accounting and the theory of complementarity, complex systems and chaos theories, and the product life cycle (PLC) theory. There are also nontechnical overviews of the DM and data analytic methods that can be used in this research. Also presented is evidence that human capital and investment capital are complementary and are reliable sources of economic growth. The book concludes with methodological frameworks to guide investment decisions and the formulation of strategic policy.

Designed for novice as well as more experienced researchers, Reason & Rigor by Sharon M. Ravitch and Matthew Riggan presents conceptual frameworks as a mechanism for aligning literature review, research design, and methodology. The book explores the conceptual framework—defined as both a process and a product—that helps to direct and ground researchers as they work through common research challenges. Focusing on published studies on a range of topics and employing both quantitative and qualitative methods, the updated Second Edition features two new chapters and clearly communicates the processes of developing and defining conceptual frameworks.

Teaching in Blended Leaning Environments provides a coherent framework in which to explore the transformative concept of blended learning. Blended learning can be defined as the organic integration of thoughtfully selected and complementary face-to-face and online approaches and technologies. A direct result of the transformative innovation of virtual communication and online learning communities, blended learning environments have created new ways for teachers and students to engage, interact, and collaborate. The authors argue that this new learning environment necessitates significant role adjustments for instructors and generates a need to understand the aspects of teaching presence required of deep and meaningful learning outcomes. Built upon the theoretical framework of the Community of Inquiry – the premise that higher education is both a collaborative and individually constructivist learning experience – the authors present seven principles that provide a valuable set of tools for harnessing the opportunities for teaching and learning available through technology. Focusing on teaching practices related to the design, facilitation, direction and assessment of blended learning experiences, Teaching in Blended Learning Environments addresses the growing demand for improved teaching in higher education.

This book discusses the importance of identifying and addressing misconceptions for the successful teaching and learning of science across all levels of science education from elementary school to high school. It suggests teaching approaches based on research data to address students’ common misconceptions. Detailed descriptions of how these instructional approaches can be incorporated into teaching and learning science are also included. The science education literature extensively documents the findings of studies about students’ misconceptions or alternative conceptions about various science concepts. Furthermore, some of the studies involve systematic approaches to not only creating but also implementing instructional programs to reduce the incidence of these misconceptions among high school science students. These studies, however, are largely unavailable to classroom practitioners, partly because they are usually found in various science education journals that teachers have no time to refer to or are not readily available to them. In response, this book offers an essential and easily accessible guide.

The second volume in the SIRCA book series investigates the impact of information society initiatives by extending the boundaries of academic research into the realm of practice. Global in scope, it includes contributions and research projects from Asia, Africa and Latin America. The international scholarly community has taken a variety of approaches to question the impact of information society initiatives on populations in the Global South. This book addresses two aspects— Impact of research: How is the research on ICTs in the Global South playing a role in creating an information society? (e.g. policy formulation, media coverage, implementation in practice) and Research on impact: What is the evidence for the impact of ICTs on society? (i.e. the objectives of socio-economic development). This volume brings together a multiplicity of voices and approaches from social scientific research to produce an engaging volume for a variety of stakeholders including academics, researchers, practitioners, policy-makers and those in the business and civil sectors of society.

Document from the year 2024 in the subject Computer Science - Commercial Information Technology, Nelson Mandela Metropolitan University (School of Information Technology), language: English, abstract: In this book, the author demonstrates how Design Science Research (DSR) approach can be used to design a tailor-made technology adoption assessment framework to gauge small-scale farmers found in developing nations' marginalised rural communities' adoption of ICT. The book presents a practical approach to illustrate the implementation process by using small-scale farmers found in the deeply isolated rural areas of Amathole District Municipality (ADM) of South Africa as a case study. The electronic environment (e-environment) created by the digital age continues to see the adoption of various technologies like Information and Communication Technologies (ICT) by individuals, nations, and organisations to facilitate development, effectiveness, efficiency, enhance productivity and business opportunities. Technology adoption assessment emerged alongside the rapid adoption of technology in the digital age as a tool to evaluate the factors or determinants that influence and contribute to technology adoption. In the case of developing nations rural societies, because of the socio-economic dynamics of the marginalised rural communities, the design of the assessment tools to gauge technology adoption should capture factors such as suitability, relevance of the technology as well as local context and capacity, social implications, and availability of resources to address the unique challenges faced by the region. This makes the design of technology adoption assessment tools to gauge adoption of technology among marginalised communities in developing countries to follow a tailor-made approach.