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Uses the SOLO Taxonomy as a model to show how young learners become active participants in their own learning. This book gives practical examples of the how the SOLO model can be used in both play-based and intentional learning across the curriculum.
Provide students a clear view of what success looks like for any process, task, or product. What does success look like for your students? How will they know if they have learned? This essential component of teaching and learning can be difficult to articulate but is vital to achievement for both teachers and students. The Success Criteria Playbook catapults teachers beyond learning intentions to define clearly what success looks like for every student—whether face-to-face or in a remote learning environment. Designed to be used collaboratively in grade-level, subject area teams—or even on your own—the step-by-step playbook expands teacher understanding of how success criteria can be utilized to maximize student learning and better engage learners in monitoring and evaluating their own progress. Each module is designed to support the creation and immediate implementation of high-quality, high impact success criteria and includes: • Templates that allow for guided and independent study for teachers. • Extensive STEM-focused examples from across the K-12 STEM curriculum to guide teacher learning and practice. • Examples of success criteria applied across learning domains and grades, including high school content, skills, practices, dispositions, and understandings. Ensure equity of access to learning and opportunity for all students by designing and employing high-quality, high-impact success criteria that connect learners to a shared understanding of what success looks like for any given learning intention.
"This book describes and explains classroom-based SOLO strategies that provide a language for explicit feedback on mathematics performance. The plentiful SOLO maps, self assessment rubrics, and examples from teachers and students offer further support in translating this exceptional model into successful teaching practice"--Back cover.
Computers and mobile technologies have become widely adopted as sought-after tools in the field of education. The prevalence of technology in early childhood education (ECE) is increasing, and teachers, both pre-service and in-service, are using best practices to integrate tools effectively to improve teaching and learning within the field. This includes settings such as childcare centers, family childcare, and community programs that have both educators and administrators adapting to the use of technology. Therefore, it has become critical to research and explore the best practices of technology integration and successful strategies to improve the use of technology in ECE. The Handbook of Research on Empowering Early Childhood Educators With Technology examines best practices that focus specifically on those that facilitate the development of competencies in teaching young children (birth to age 8) and technology integration. The chapters include information on the foundations of technology in early childhood education, content-specific technology applications, developmentally appropriate practices (DAP) for learners using technology, and how to meet diverse learner needs with technology. The target audience for this book is early childhood professionals, teacher educators, pre- and in-service teachers in early childhood settings, faculty and researchers in the field of education, instructional technologists, childcare and elementary school administrators, early education policy organizations, and advocacy groups that are interested in the best practices and successful strategies for implementing technology in ECE.
"Uncovering Student Thinking in Mathematics shows us ways to listen and observe children and their mathematical understandings so we can find better ways to help them take their next learning steps. This book is a gift to educators who ′seek to understand before being understood.′" —From the Foreword by Anne Davies "A fresh and unique resource for mathematics teachers who recognize the importance of carefully establishing the starting points of instruction in terms of what students already know. The collection of assessment probes is inventive, engaging for students, and invaluable for teachers." —Richard H. Audet, Associate Professor, Roger Williams University Use formative assessment probes to take the guesswork out of mathematics instruction and improve learning! Students learn at varying rates, and if a misconception in mathematics develops early, it may be carried from year to year and obstruct a student′s progress. To identify fallacies in students′ preconceived ideas, Uncovering Student Thinking in Mathematics offers educators a powerful diagnostic technique in the form of field-tested assessment probes—brief, easily administered activities to determine students′ thinking on core mathematical concepts. Designed to question students′ conceptual knowledge and reveal common understandings and misunderstandings, the probes generate targeted information for modifying mathematics instruction, allowing teachers to build on students′ existing knowledge and individually address their identified difficulties. Linked to National Council of Teachers of Mathematics standards, this invaluable handbook assists educators with: 25 ready-to-use mathematical probes Teacher guides for implementing each probe at any grade level Examples of typical obstacles and faulty thinking demonstrated by students This rich resource combines standards, educational research findings, and practical craft knowledge to help teachers deliver informed instruction that strengthens all students′ learning and achievement in mathematics.
Educational Psychology Series: Evaluating the Quality of Learning: The SOLO Taxonomy (Structure of the Observed Learning Outcome) focuses on the approaches, methodologies, and techniques employed in the valuation of the quality of learning. The publication first offers information on the quality and quantity of learning and origin and description of the Structure of the Observed Learning Outcome (SOLO) taxonomy. Discussions focus on general intellectual development and the growth of quality; some assumptions and applications of stage theory; from developmental stage to levels of learning quality; and general intellectual development and the growth of quality. The text then examines the teaching of history, elementary mathematics, English, and geography. Topics include interpreting a map and drawing conclusions, explaining a natural phenomenon, appreciation of poetry, implications for the teaching of history, English, and mathematics, numbers and operations, and general application of SOLO to history. The manuscript takes a look at modern languages, place of the taxonomy in instructional design, and some methodological considerations. Concerns include alternative formats for obtaining SOLO responses, instructional processes, curriculum analysis, remediation, and teacher intentions. The publication is a vital source of data for educators interested in the SOLO taxonomy.
Research Informed teaching is big news! Indeed one might argue that there has been a bottom up revolution encouraging teachers’ use of research (e.g. ResearchED). But at the same time there is a gap between what teachers do and what research suggests might provide effective ways to support young children’s learning. It’s not that a wealth of educational research doesn’t exist (just look at the What Works Clearinghouse, the Best Evidence Encyclopaedia or Hattie’s Visible Learning), but the Early Years sector is often under-represented. This book is an attempt to address this disparity and provide Early Years leaders and practitioners with an understanding of how to embed this research within their everyday practice offering top tips of how others in the field have done this and considering topics such as outdoor learning, early writing skills and parental engagement. Drawing on the wisdom of those at the top of their game, this book intends to provide just that: a practical handbook for EYs practitioner and leaders that can help make the research use revolution a reality.
