The reliability of assessment tools is critical for accurately monitoring student performance in various educational contexts. When multiple assessments are combined to form an overall evaluation, each assessment serves as a data point contributing to the student's performance within a broader educational framework. Determining composite…

This study reports findings from a confirmatory factor analysis (CFA) for the Readiness and Access to Inclusive Instruction for Students with Emotional Disturbance (RAISE). The RAISE is a survey measure that can be used to obtain information on educator self-reported knowledge, use, and perceived effectiveness of classroom-based inclusive…

National Assessment Week (NAW) is a series of virtual events dedicated to advancing assessment practices in higher education. This annual event occurs during the first full week of April and represents a concentrated effort to foster assessment dialogue across the nation's colleges and universities. With a mission to enhance assessment practices…

This is an open access book. The shift from traditional teaching to digital learning presents a significant challenge for many educators. Navigating the complexities of digital course designs can often lead to suboptimal learning experiences that fail to engage learners effectively. "Digital Learning Design: Designing Effective Online and…

Since the release of ChatGPT, there has been considerable debate regarding whether and how L2 writing instructors might integrate GenAI tools and teaching toward AI literacy development into their instructional practices. A recent body of research has identified possible affordances and limitations of GenAI for L2 writing teaching and learning,…

This article outlines how teaching strategies developed at Key Stage 5 can be built on in Higher Education. Focussing on act one, scene two of "The Tempest," a play that is taught in both 16-19 curricula and university syllabi, we posit that collaboration between teachers and academics across successive stages of education can extend the…

Digital game-based learning (DGBL) is a pedagogical approach employed in educational contexts, wherein digital games are utilised to effectively attain specific learning outcomes. For teacher professional programmes to develop appropriate curricula on DGBL pedagogy, it is important to understand how teachers currently use DGBL in their teaching…

The integration of indigenous knowledge, cultural practices, and traditional ecological knowledge with science, technology, engineering, and mathematics (STEM) education has gained recognition as EthnoSTEM. This article explores the potential of developing EthnoSTEMbased learning tools to bridge the gap between cultural heritage and scientific…

One expected outcome of physics instruction is that students develop quantitative reasoning skills, including strategies for evaluating solutions to problems. Examples of well-known "canonical" evaluation strategies include special case analysis, unit analysis, and checking for reasonable numbers. We report on responses from three tasks…

Cross-site comparisons indicate that East Asian children typically excel on tests of executive function (EF), but interpreting this contrast is made difficult by both the heavy reliance on testing in school settings and by the scarcity of studies that assess across-site measurement invariance. Addressing these gaps, our study included remote…

Multimodal learning analysis emphasizes using diverse data from various sources and forms for precise examination of learning patterns. Despite recent rapid advancements in this field, conventional learning analysis remains predominantly cross-sectional and group-focused, which is insufficient for understanding continuous and personalized learning…

This study aimed to explore how children with specific learning disabilities perceive their school and teachers through an analysis of their drawings. The participants were four children aged seven to nine years (two girls and two boys) diagnosed with specific learning disabilities. The analysis revealed that the children primarily associated the…

Young children are natural scientists, exploring the world around them from infancy. While early childhood classrooms abound in opportunities to integrate Science, Technology, Engineering, and Math (STEM), early educators need to intentionally design and implement accessible learning experiences so that all children can develop STEM knowledge and…

Background/purpose: Critical thinking (CT) is fundamental in science education, but instruments to measure CT in specific domains, such as physics, are still limited. The present study aims to develop and validate the Critical Thinking Test in Temperature and Heat (CTTH), an instrument designed to measure critical thinking skills in the topic of…

Background/purpose: Sustainable development is a fundamental concern of today's economic and political world; therefore, several steps have been taken to promote sustainable development through students by implementing advanced and internationally accepted teaching pedagogies. Achieving the goals for sustainable development in universities is a…