Make It Stick The Science Of Successful Learning
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📒Powerful Pedagogy ✍ Ruth Powley
✏Powerful Pedagogy Book Summary : How can we teach better quicker? In Powerful Pedagogy, Ruth Powley, Love Learning Ideas blogger and experienced teacher and school leader, debunks teaching and learning myths and shows how the more we know about pedagogy, the more able we are to make informed and efficient choices about our practice, saving ourselves valuable time. Focusing on building sequences of learning rather than one-off lessons, it is an antidote to ‘quick fix’ books, empowering teachers as professionals in possession of ‘powerful’ pedagogical knowledge that can be used to improve teaching in a sustainable way. Powerful Pedagogy draws extensively from a wide range of educational writers and research, offering an accessible synthesis of what really works in the classroom. Together with strategies to put theories and research into practice, each chapter contains a handy list of questions for the reflective practitioner. It explores reasons for the confusion over what constitutes effective pedagogy in recent years and presents practical research-based solutions, outlining successful and efficient: Modelling of excellence Explaining for understanding Practising to fluency Questioning as assessment Testing to permanency Marking for improvement Effective planning of lessons and curriculum sequences. Powerful Pedagogy allows teachers to understand how to make the best choices about what works in the classroom, improving the quality of teaching. It is an essential companion for trainee and experienced teachers in all sectors, and for school leaders and educational trainers.
📒From The Laboratory To The Classroom ✍ Jared Cooney Horvath
✏From the Laboratory to the Classroom Book Summary : Over recent years the field of Science of Learning has increased dramatically. Unfortunately, despite claims that this work will greatly impact education, very little research makes it into teacher practice. Although the reasons for this are varied, a primary concern is the lack of a proper translation framework. From the Laboratory to the Classroom aims to consolidate information from many different research disciplines and correlate learning principles with known classroom practices in order to establish explanatory foundations for successful strategies that can be implemented into the classroom. It combines theoretical research with the diverse and dynamic classroom environment to deliver original, effective and specific teaching and learning strategies and address questions concerning what possible mechanisms are at play as people learn. Divided into five sections, chapters cover: A Framework for Organizing and Translating Science of Learning Research Motivation and Attention as Foundations for Student Learning Memory and Metamemory Considerations in the Instruction of Human Beings Science of Learning in Digital Learning Environments Educational Approaches for Students Experiencing Learning Difficulties and Developmental Characteristics of Gifted Children Brain, Behaviour and Classroom Practice Forging Research/Practice Relationships via Laboratory Schools This fascinating text gathers an international team of expert scientists, teachers, and administrators to present a coherent framework for the vital translation of laboratory research for educational practice. Applying the Science of Learning framework to a number of different educational domains, it will be an essential guide for any student or researcher in education, educational psychology, neuropsychology, educational technology and the emergent field of neuroeducation.
📒Making Every Science Lesson Count ✍ Shaun Allison
✏Making every science lesson count Book Summary : Making Every Science Lesson Count: Six Principles to Support Great Science Teaching goes in search of answers to the fundamental question that all science teachers must ask: ‘What can I do to help my students become the scientists of the future?’ Writing in the practical, engaging style of the award-winning Making Every Lesson Count, Shaun Allison returns with an offering of gimmick-free advice that combines the time-honoured wisdom of excellent science teachers with the most useful evidence from cognitive science. The book is underpinned by six pedagogical principles – challenge, explanation, modelling, practice, feedback and questioning – and provides simple, realistic classroom strategies that will help teachers make abstract ideas more concrete and practical demonstrations more meaningful. It also points a sceptical finger at the fashions and myths that have pervaded science teaching over the past decade or so – such as the belief that students can make huge progress in a single lesson and the idea that learning is speedy, linear and logical. Instead, Shaun advocates an approach of artful repetition and consolidation and shows you how to help your students develop their conceptual understanding of science over time. Making Every Science Lesson Count is for new and experienced science teachers alike. It does not pretend to be a magic bullet. It does not claim to have all the answers. Rather the aim of the book is to provide effective strategies designed to help you to bring the six principles to life, with each chapter concluding in a series of questions to inspire reflective thought and help you relate the content to your classroom practice. In an age of educational quick fixes, GCSE reform and ever-moving goalposts, this precise and timely addition to the Making Every Lesson Count series provides practical solutions to perennial problems and inspires a rich, challenging and evidence-informed approach to science teaching. Suitable for science teachers of students aged 11–16 years.
📒Brain Science For Principals ✍ Linda L. Lyman
✏Brain Science for Principals Book Summary : Brain Science for Principals: What School Leaders Need to Know features leadership of learning from the perspective of recent findings of educational neuroscience. Each chapter explores a question related to learning and offers practical suggestions for principals. Divided into six sections, each of the 24 short chapters can stand alone or the book can be read cover-to-cover. The opening section explains how understanding brain neuroplasticity changes belief in fixed intelligence. A partial list of subjects explored in the book includes neurogenesis, neurodiversity, memory, brain fitness, the emotional connection, effects of stress, poverty, embodied cognition, movement, mindset, ELL issues, multitasking, the role of the arts, ages and stages of the brain, emotional intelligence, creating resonance, and maintaining mindfulness. The conclusion underscores how neuroscientifically literate principals can enhance learning and advance social justice. Writers of the book anticipate a future when educational neuroscience findings about learning become part of the education of every principal and school leader. Knowing how the brain works is the key to the future of education.
📒Effective Teaching And Successful Learning ✍ Inez De Florio
✏Effective Teaching and Successful Learning Book Summary : The overall aim of this reader-friendly book is to enable current and prospective teachers as well as other education professionals to improve practice, leading to more successful learning for all students. Drawing on her extensive experience as both a high school teacher and a university professor, Inez De Florio provides an evidence-informed and value-based approach to teaching and learning that takes the personality and the accountability of teaching professionals into account. Students' needs and interests are the primary focus of an evidence-informed teaching model, MET (Model of Effective Teaching), which is described and exemplified in detail. In order to allow for informed decisions and suitable applications of the steps of the MET, the book provides, furthermore, a succinct and comprehensible introduction to the main features and types of educational research, especially newer findings of evidence-based education such as presented in John Hattie's research.
✏Art Teacher Book Summary :
📒Get Certified Ncsf Cpt ✍ Michael Rosengart
✏Get Certified Ncsf CPT Book Summary : Get Certified - NCSF-CPT is a study guide companion for one of the best Personal Training certification courses in the world. The National Council on Strength and Fitness offers one of the most comprehensive and thorough certification courses that is accredited by the NCCA and accepted by gyms and fitness centers worldwide. The course covers all the essential topics of personal training and provides a long list of scientific resources along the way. The amount of useful information in this course is enough to fill an entire college course. In fact, the NCSF course, textbook and materials is used in college courses as well in many personal training education centers, including the Equinox Academy. The NCSF-CPT course will cover in detail: Functional Anatomy Physiology Biomechanics Training Adaptions Exercise Form Program Design Nutrition Assessment Protocols Safety Guidelines And more... The NCSF-CPT covers all of the information that you will need in order to start a successful career at a personal trainer or fitness professional. 'Get Certified NCSF-CPT' is an excellent tool to help you study more effectively, learn the material and pass the course. Based on the learning techniques shared in the New York Times Bestselling Book, 'Make It Stick: The Science of Effective Learning', author and Certified Personal Trainer, Michael Rosengart, created this study guide companion to help aspiring trainers learn, digest and comprehend the wide scope of the NCSF- CPT course material. This study guide companion is not meant to substitute the course material itself. Instead, this study guide companion is to be used alongside the course material and as a n effective means for taking notes, practicing self-quizzes, creating memory devices and understanding the key concepts on a personal level. Additionally, this study guide companion acts as a reference guide for the aspiring trainer to intermittently revisit throughout the course of the week to keep the concepts fresh in their minds as well as practice some of the training concepts out in the world! Organize important concepts into your own thoughts, intermittently revisit to course material throughout the week, test retention of key terms in flash-card style quizzing and create memory devices to remember key facts and numbers! Be more effective with your study time! Learn the material. Understand the course. Pass the exam. Get Certified! Author Michael Rosengart passed the CPT certification exam with a 90% score.
📒Dramatic Science ✍ Debra McGregor
✏Dramatic Science Book Summary : Dramatic Science is an invaluable tool for any teachers and primary science leaders who have classes of 5 – 10 year olds. It provides the busy professional with a range of tried and tested techniques to use drama as a support and aid to the teaching of science to young children. The techniques within this book offer innovative and creative strategies for teaching a challenging area of the curriculum and broadening teachers’ own scientific knowledge and understanding. All the strategies in this book have been shown to work effectively in a range of primary schools. The approaches described offer an inclusive and participatory way to teach science and the authors provide a pedagogical commentary on the ways that teachers have tried the techniques and how they have worked best. Reflective discussion on the strategies will include discussion about how the children have responded to these strategies and how the drama experiences have impacted on their learning. This invaluable resource:- Supports working and thinking scientifically Develops critical and creative thinking Scaffolds creative learning Broadens teachers’ scientific knowledge and understanding Enhances children’s understanding of science Provides guidance on active and participatory learning Can engage children and teachers at a variety of levels Links science to real life Heightens children’s application of science to different situations Develops problem solving and enquiry skills Enhances and extends speaking and listening skills Any teachers wishing to hone their practice to motivate children and improve their science learning and attainment will find this an invaluable resource. It will also be useful for science leaders, specialist teachers and other professionals who are involved in supporting schools to improve the quality of learning in science and other subjects, trainee teachers and NQTs interested in developing creative learning in their classrooms.
📒Tools And Traits For Highly Effective Science Teaching K 8 ✍ Jo Anne Vasquez
✏Tools and Traits for Highly Effective Science Teaching K 8 Book Summary : A must-have for every elementary science teacher striving to be highly effective and for every support person addressing the needs of science teachers. - Linda Froschauer NSTA President 2006 - 2007 This important book helps us understand the details of effective science instruction in the elementary grades. Our job is to learn from this work and use it as we prepare future teachers and support current teachers as they collaborate to become effective elementary science teachers. - George D. Nelson Director, Science Mathematics and Technology Education, Western Washington University At last, we have a comprehensive resource that can help teachers, administrators, and anyone who deeply cares about the science learning of our children... help elementary teachers become both "highly qualified" and "highly effective" teachers of science. - Page Keeley Senior Science Program Director, Maine Mathematics and Science Alliance What does top-notch, learning-centered teaching look like in science? To move from competence to excellence, what should teachers know and be able to do? Tools & Traits for Highly Effective Science Teaching, K - 8 answers those questions and shows you how to make powerful practices part of your science instruction. Even if you have little formal training or background knowledge in science, Tools & Traits for Highly Effective Science Teaching, K - 8 pulls together cognitive and educational research to present an indispensable framework for science in the elementary and middle grades. You'll discover teaching that increases students' engagement and makes them enthusiastic participants in their own science learning. Tools & Traits for Highly Effective Science Teaching, K - 8 answers vital and frequently asked questions: How do you structure inquiry-oriented lessons? What assessment probes and seamless formative assessments work best? What is integration and what is it not? How can literacy be powerfully linked to science learning? How do you manage activity-based learning? How do you provide science for students with various abilities. language proficiencies, and special needs? Its practical, proven, and research-based advice helps you understand what strong science teaching looks like and gives you the repertoire of skills you need to implement it in your classroom. The National Science Education Standards say that "everyone deserves to share in the excitement and personal fulfillment that can come from understanding and learning about the natural world." Whether you are reassessing your own teaching or examining it in light of state and federal science-education mandates, Tools & Traits for Highly Effective Science Teaching, K - 8 will make a difference in your teaching and in your students' lives.
📒Epistemic Analysis ✍ Paul Ziff
✏Epistemic Analysis Book Summary : THIS ESSAY was begun a long time ago, in 1962, when I spent a year in Rome on a Guggenheim Fellowship. That twenty one years were required to complete it is owing both to the character of the theory presented and to my peculiar habits of mind. The theory presented is a coherence theory of knowledge: the con ception of coherence is here dominant and pervasive. But considera tions of coherence dictate an attention to details. The fact of the matter is that I get hung up on details: everything must fit, and if it does not, I do not want to proceed. A second difficulty was that all the epistemological issues seemed too clear. That may sound weird, but that's the way it is. I write philosophy to make things clear to myself. If, rightly or wrongly, I think I know the answer to a question, I can't bring myself to write it down. What happened, in this case, is that I finally became persuaded, in the course of lecturing on epistemology to under graduates, that not everything was as clear as it should be, that there were gaps in my presentation that were seriously in need of filling.