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Design-based research (DBR) involves multiple iterations, and innovations are needed in analytical methods for understanding how learners experience a learning experience in ways that both embrace the complexity of learning and allow for data-driven changes to the design of the learning experience between iterations. The purpose of this paper is to propose a method of crafting design moves in DBR using network analysis.

This paper introduces learning experience network analysis (LENA) to allow researchers to investigate the multiple interdependencies between aspects of learner experiences, and to craft design moves that leverage the relationships between struggles, what worked and experiences aligned with principles from theory.

The use of network analysis is a promising method of crafting data-driven design changes between iterations in DBR. The LENA process developed by the authors may serve as inspiration for other researchers to develop even more powerful methodological innovations.

LENA may provide design-based researchers with a new approach to analyzing learner experiences and crafting data-driven design moves in a way that honors the complexity of learning.

LENA may provide novice design-based researchers with a structured and easy-to-use method of crafting design moves informed by patterns emergent in the data.

To the best of the authors’ knowledge, this paper is the first to propose a method for using network analysis of qualitative learning experience data for DBR.

The purpose of this paper is to illustrate the development and testing of an innovative mobile application using design-based research.

This paper reports on the process of transformation of existing printed course material into digitized content through design-based research where design, research and practice were concurrently applied through several iterations of the mobile application. For this transformation, one session each from BSc in Nursing, Bachelor of Pharmacy and Bachelor of Medical Laboratory Sciences was selected. In the first phase of the design-based research, the main research question was formulated. In the second phase, a mobile learning application (OUSL MLearn) was designed and developed to address the research question. In the third phase, this application was evaluated by five groups of stakeholders: content experts to validate the content; educational technologists to check the alignment of technical and pedagogical features; novice users to check the overall effectiveness of the application; developer to develop the application, to check the ease of usage; and researchers to identify the impact of this innovation. These stakeholders were closely involved throughout the whole process which lasted over a period of four months. At the end of this development phase, the results were reflected upon and used for further enrichment.

It was observed that the developed mobile application was accessible, appealing and pedagogically constructive for users. However, optimization, development time, technical and organizational issues, workload of academics and production costs were identified as major challenges.

This study was based on the findings of a small sample of potential users.

The findings have implications for designing culturally adaptive interactive mobile applications.

This study will benefit practitioners to design culturally sensitive mobile learning courses and researchers to conduct design-based research.

This paper aims to describe the activities designed and conducted with primary school, secondary school and university students to study the integration of alternative assessment and self‐assessment online tools in mathematics courses using iTest. iTest is an educational software tool born to support the continuous evaluation system promoted by the European Space for Higher Education (ESHE).

To cyclically design, implement and analyze the results of the activities a design‐based research methodology was followed which also facilitates the collaboration between researchers and teachers.

Students and Professors involved in the activities had positive attitudes towards the practical use of the tool. It was detected that iTest offers a good testing tool for units that focus on skills and procedural development as well as for units that are problem‐based and require visualization and manipulation of the geometric representation.

iTest is found to be an appropriate complementary software for evaluation in the ESHE. After all the experiences described in this paper, it is now possible to begin the design of a virtual learning environment for mathematics implementing iTest as the assessment and self‐assessment tool.

This paper aims to introduce, conceptualize and demonstrate a software tool named “Blockchain-Enabled Beer Game” (BEBG) for familiarizing the application of blockchain in inventory management, one of the critical components of supply chain management.

This paper follows a methodology of design-based research and develops a software tool in the form of a role-play simulation game. The proposed game adopts the theme of the traditional beer distribution game to establish a blockchain-enabled scenario for inventory management. A decentralized application (DApp) was prototyped on the Ethereum blockchain to demonstrate the tool.

The proposed software tool is effective in teaching and training the application of blockchain in inventory management. While interacting with BEBG, players witness how each inventory-related transaction gets secured with blockchain. A basic understanding of the fundamentals of blockchain is a prerequisite for using this tool. BEBG is not self-explanatory, and an instructor is essential for assisting the players.

Software tools currently available to familiarize with blockchain technology cannot convey its practical applications. Addressing this gap, BEBG allows the users to experience the application of blockchain in inventory management. Academic institutions, especially business schools, can use this tool to teach the students the practical use of blockchain technology. Industries can adopt BEBG for training the employees. The research community can devise BEBG to infer the impact of blockchain in supply chain management.

The purpose of this paper is to share reflections of the three authors on the process of instructional design and implementation of blended learning for teachers ' professional development (PD) in rural western Kenya. It proposes reforms in provision of teachers ' professional development to enable professional development providers to access specialized skills in instructional design (ID) and blended learning.

The paper resulted from a design-based research including 12 entry and 12 exit interviews, observations of three face-to-face meetings of blended learning sessions and ten classroom observations of teachers implementing new teaching approaches learned through blended learning.

The paper provides insights into the authors ' experiences in this research. They shared the following reflections: engagement in ID empowered them and they are confident that they can engage in systematic instructional design on a larger scale; they gained technical knowledge and skills in authoring content in HTML on eXe open source platform; uploading the content and processing audio and video content was equally enthralling to them.

Because of the chosen research approach, the research results may lack generalisability. Therefore, researchers are encouraged to consider incorporating the design-based research, instructional design and blended learning approaches used in this study while conducting related research in their dissimilar contexts.

The paper includes implications for the design, development and implementation of teachers ' professional development for challenging contexts as a contribution towards achievement of both Millennium Development Goals (MDGs) and Education for All (EFA).

This paper fulfils an identified need to study provision of professional development for teachers who lack opportunities for professional development.

When providing professional development for teachers, certain factors should be considered and included to ensure it is effective and enhances teacher practice and outcomes for children in their classes. While this is achieved in many curriculum areas, there has been little written about effective professional development for teachers in relation to Aboriginal education in Australia, enhancing teacher confidence in meeting the needs of Aboriginal and Torres Strait Islander children. This paper aims to describe a study concerned with the ongoing development of a professional learning framework empowering primary school teachers to infuse Aboriginal ways of seeing and being into their classroom practice.

Design-based methodology, using semi-structured interviews with teachers, allowed for iterative amendment and improvement of the professional learning experiences. A description is provided linking the elements of successful professional development for teachers to the implementation of this study’s professional learning.

Key findings are that if the elements noted in the literature pertaining to successful professional learning for teachers are included, change in practice does take place and is sustained, to the benefit of the children they teach. This study demonstrates the vital importance of ongoing collaboration and support for teachers undertaking professional development if they are going to change practice in the longer term.

The pedagogy described in this paper goes beyond content to an Aboriginal way of teaching children through modelling and how this can be infused into teaching practice.

The purpose of this paper is to summarize some of the key findings and approaches used in documenting the authors’ longitudinal studies of mathematical learning and understanding. In particular, it focuses on “folding back,” a theoretical construct originally developed by Susan Pirie and Tom Kieren, to show how, over the last two decades, the authors have taken up, built-upon, and elaborated this construct in relation to Pirie and Kieren’s wider theorizing and in relation to classroom practice.

The paper documents the various methodologies and methods the authors have used to elaborate theory and contribute to extending teaching practice in a number of related research studies.

This paper describes the role of folding back in the growth of students’ mathematical understanding, initially at the level of the individual, more recently at that of the collective – and currently with a specific consideration of the role of the teacher. It notes that the longitudinal nature of the work has allowed it to respond to shifting perspectives in the field of mathematics education and to become a more nuanced and powerful analytic and teaching tool.

The paper discusses the significance of a longitudinal, shared program of research, deeply rooted in mathematics classrooms, that builds theory systematically and over an extended period of time.

This paper is second of seven in this volume elaborating different approaches to quality improvement in education. It delineates a methodology called design-based implementation research (DBIR). The approach used in this paper is aimed at iteratively improving the quality of classroom teaching and learning practices in defined problem areas through collaborations among researchers, practitioners and other education stakeholders.

The paper describes the origins of the approach in US education, along with its foundations, core principles and a case application of DBIR in practice. The case focuses on the specific problem of teaching science and genetics in primary and secondary schools in a district.

The guiding principles of DBIR are: a focus on persistent problems of classroom educational practice; iterative and collaborative design and testing of innovations through partnerships between researchers and practitioners, involving multiple stakeholders’ perspectives; a concern with developing theory related to both implementation processes and classroom learning outcomes, using systematic inquiry; and development of the capacity of both researchers and practitioners to sustain changes in educational systems.

Few theoretical treatments and demonstration cases are currently available in US education that examine common models of quality improvement, particularly DBIR. By engaging practitioners with researchers in designing, testing and implementing reforms meaningfully, DBIR shows promise in offering significant on-the-ground benefits. This paper adds value by allowing readers to compare the DBIR method with the other improvement approaches explicated in this volume.

Because health misinformation pertaining to COVID-19 is a serious threat to public health, the purpose of this study is to develop a framework to guide an online intervention into some of the drivers of health misinformation online. This framework can be iterated upon through the use of design-based research to continue to develop further interventions as needed.

Using design-based research methods, in this paper, the authors develop a theoretical framework for addressing COVID-19 misinformation. Using a heuristic analysis of research on vaccine misinformation and hesitancy, the authors propose a framework for education interventions that use the narrative effect of transportation as a means to increase knowledge of the drivers of misinformation online.

This heuristic analysis determined that a key element of narrative transportation includes orientation towards particular audiences. Research indicates that mothers are the most significant household decision-makers with respect to vaccines and family health in general; the authors suggest narrative interventions should be tailored specifically to meet their interests and tastes, and that this may be different for mothers of different backgrounds and cultural communities.

While there is a significant body of literature on vaccine hesitancy and vaccine misinformation, more research is needed that helps people understand the ways in which misinformation works upon social media users. The framework developed in this research guided the development of an education intervention meant to facilitate this understanding.

This study aimed at exploring mathematics teachers’ reactions, learning, school leaders’ support, and the use of the lesson study for transformative assessment (LSforTA) program ideas in practice.

The LSforTA program was new and therefore, a local and grounded approach was needed to examine teachers’ knowledge and their skills acquired using LSforTA. A design-based research approach was therefore selected to evaluate and refine the LSforTA approach.

The program affected teachers’ practices of transformative assessment and enhanced their knowledge and skills in assessing students transformatively in a positive way. The paper concludes how LSforTA procedures were adapted in response to this evaluation and provides suggestions for future development and research.

With its original combination of conceptual and theoretical lenses, the research contributes to the academic literature by linking transformative assessment, lesson study and school context. This connection provides new opportunities for teachers to develop strategies to create meaningful assessment practices embedded with their instructional process in the context of their schools.