This is a series of three lectures I give in my introductory Educational Psychology class that explore the nature of "knowing" and "knowledge". We talk about the difference between top down and bottom up processing, schema theory (and the nature of expertise), and on how we might use that term 'intuition' to mean different things.
In our course, we use Malcolm Gladwell's (2000) 'blink' as a companion text and analyze cases.
I use audience response technology in the class to informally assess students. Questions in these slides were drawn from Anita Woolfolk's Educational Psychology textbook.
40 Pedagogies that Work the Same (or Better) Online than in Face-to-Face. From the book "Bringing the Neuroscience of Teaching to Online Learning" (April 2021).
Author: Tracey Tokuhama-Espinosa, Professor at Harvard University, Extension School, and Academic Coordinator at Conexiones: The Learning Sciences Platform
Supervising the art and science of teachingaltamiraedu
The document discusses effective teacher evaluation and feedback. It presents the Art and Science of Teaching framework, which includes 10 design questions teachers ask themselves when planning instruction. It also identifies 3 types of classroom instruction segments: routines, content-specific segments, and segments enacted on the spot. The framework provides a common language for supervisors to observe lessons and identify which type of segment is being observed. It also describes what supervisors should look for within each segment type. Overall, the framework aims to provide robust, comprehensive, and accurate feedback to teachers to support their development.
The document discusses supervision of teaching using The Art and Science of Teaching framework. It describes developing a common language of teaching, providing opportunities for feedback and observing teaching. Schools must require yearly teacher growth plans. The framework involves asking 10 design questions when planning and looks at routine, content-specific, and on-the-spot segments of instruction. Supervisors must identify which segment is being observed and look for expected behaviors aligned with the framework.
The document discusses the Powerful Learning Process (PLP) used at Red Beach School to promote deep learning and thinking. It provides context on how the PLP was developed and embedded in the school's vision and teaching practices. Key aspects of the PLP include using a learning hub to reflect on and make sense of new information, embedding different thinking skills and strategies, and supporting learners' development through student self-assessment and teacher pedagogy.
This document provides an overview of a general professional development track for educators with 10 domains and levels. It summarizes the course titles, descriptions and levels for 4 sample courses that fall under the "Classrooms for Optimal Learning (Teaching)" and "The Brain in the Classroom/Society (Educational Neuroscience; Mind, Brain and Education)" domains, which focus on topics like teacher attitudes, neuroethics, neuromyths, and using information from neuroscience to help teaching. The courses aim to help teachers develop important attitudes, avoid common myths, and apply findings from educational neuroscience to improve instructional practices.
This article was prepared for The Education Hub by Dr Cynthia Borja, member of Conexiones: Plataforma de Ciencias del Aprendizaje.
Original article is in The Education Hub website https://theeducationhub.org.nz/research-guide/the-brain-emotions-and-learning/
RESUME:
Learning occurs when an individual has a relatively permanent change in behaviour, cognition, brain function, abilities or knowledge as a result of experiences. Over the past two decades, advances in neuroscience have revolutionised the way we think about the connection between learning, emotions and the brain. We now have extensive evidence that emotions and learning are inextricably connected. We know that ‘we feel, therefore we learn’
Topic2 understanding by the design at a glanceMaria Theresa
Stage 1 of Understanding by Design involves identifying the desired results of a curriculum. It includes establishing goals, content standards, essential understandings, and essential questions. The goals define what students should know and be able to do. The content standards specify important knowledge and skills. Essential understandings articulate the big ideas and concepts. Essential questions are open-ended questions that spark inquiry into those understandings.
40 Pedagogies that Work the Same (or Better) Online than in Face-to-Face. From the book "Bringing the Neuroscience of Teaching to Online Learning" (April 2021).
Author: Tracey Tokuhama-Espinosa, Professor at Harvard University, Extension School, and Academic Coordinator at Conexiones: The Learning Sciences Platform
Supervising the art and science of teachingaltamiraedu
The document discusses effective teacher evaluation and feedback. It presents the Art and Science of Teaching framework, which includes 10 design questions teachers ask themselves when planning instruction. It also identifies 3 types of classroom instruction segments: routines, content-specific segments, and segments enacted on the spot. The framework provides a common language for supervisors to observe lessons and identify which type of segment is being observed. It also describes what supervisors should look for within each segment type. Overall, the framework aims to provide robust, comprehensive, and accurate feedback to teachers to support their development.
The document discusses supervision of teaching using The Art and Science of Teaching framework. It describes developing a common language of teaching, providing opportunities for feedback and observing teaching. Schools must require yearly teacher growth plans. The framework involves asking 10 design questions when planning and looks at routine, content-specific, and on-the-spot segments of instruction. Supervisors must identify which segment is being observed and look for expected behaviors aligned with the framework.
The document discusses the Powerful Learning Process (PLP) used at Red Beach School to promote deep learning and thinking. It provides context on how the PLP was developed and embedded in the school's vision and teaching practices. Key aspects of the PLP include using a learning hub to reflect on and make sense of new information, embedding different thinking skills and strategies, and supporting learners' development through student self-assessment and teacher pedagogy.
This document provides an overview of a general professional development track for educators with 10 domains and levels. It summarizes the course titles, descriptions and levels for 4 sample courses that fall under the "Classrooms for Optimal Learning (Teaching)" and "The Brain in the Classroom/Society (Educational Neuroscience; Mind, Brain and Education)" domains, which focus on topics like teacher attitudes, neuroethics, neuromyths, and using information from neuroscience to help teaching. The courses aim to help teachers develop important attitudes, avoid common myths, and apply findings from educational neuroscience to improve instructional practices.
This article was prepared for The Education Hub by Dr Cynthia Borja, member of Conexiones: Plataforma de Ciencias del Aprendizaje.
Original article is in The Education Hub website https://theeducationhub.org.nz/research-guide/the-brain-emotions-and-learning/
RESUME:
Learning occurs when an individual has a relatively permanent change in behaviour, cognition, brain function, abilities or knowledge as a result of experiences. Over the past two decades, advances in neuroscience have revolutionised the way we think about the connection between learning, emotions and the brain. We now have extensive evidence that emotions and learning are inextricably connected. We know that ‘we feel, therefore we learn’
Topic2 understanding by the design at a glanceMaria Theresa
Stage 1 of Understanding by Design involves identifying the desired results of a curriculum. It includes establishing goals, content standards, essential understandings, and essential questions. The goals define what students should know and be able to do. The content standards specify important knowledge and skills. Essential understandings articulate the big ideas and concepts. Essential questions are open-ended questions that spark inquiry into those understandings.
This document provides a trainer's module for a workshop on activating prior knowledge in active learning. It includes 13 activities to help participants learn about activating prior knowledge and how it relates to developing reading skills. The workshop is divided into two parts.
Part 1 introduces the concept of activating prior knowledge and its importance in the PRIME approach to active learning. It includes brainstorming activities, goal setting, and a discussion of key reading skills. Part 2 focuses on specific strategies for activating prior knowledge, such as using poetry, questioning, comparing/contrasting, read alouds, and predicting, to help develop reading comprehension. The module aims to give participants hands-on experience with approaches for incorporating activating prior knowledge into their own teaching
The document discusses strategies for effective instruction of adult learners. It begins by outlining learning objectives related to understanding differences between pedagogy and andragogy, characteristics of adult learners, and factors that motivate adult learners. It then provides details on andragogy, characteristics of adult learners, strategies like jigsaw, think-pair-share, questioning, and engaged lecture, and factors that influence attention and learning like choice, relevance, and engagement.
Teaching Higher Order Thinking & 21st Century SkillsTimothy Wooi
Higher Order Thinking and 21st Century Skills
I. Introduction of Higher-Order Thinking (H.O.T.) and Why?
II. Bloom’s Cognitive Taxonomy
III. Why Do We Want to Teach
Higher-Order Thinking?
IV. How Do We Teach Higher- Order
Thinking?
V. The High Investment of Higher-
Order Thinking
This document contains a needs assessment and lesson plan for teaching 7th and 8th graders about percentages. The needs assessment analyzes the learners, content, and potential challenges. It also outlines how the lesson will accommodate different learning styles and abilities using multimedia. The lesson plan states the academic standard, objectives, materials, and procedures. It describes how the content will be presented using a PowerPoint with audio. Formative and summative assessments are built into the lesson through questions, partner work, and a project applying the skills. The reflection identifies areas for improvement, such as simplifying examples and adding a follow-up lesson applying the concepts.
How people learn, exploring the key findings from Chapter 1 of "How People Learn." Plus, implications for teaching including peer instruction. A weekly workshop by the Center for Teaching Development at UCSD.
The document discusses higher order thinking skills (HOTS) such as critical thinking, problem solving, and creative thinking. It provides background on HOTS and strategies to develop them, including George Polya's problem solving process and Bloom's Taxonomy of learning domains. The document also discusses encouraging HOTS through questioning techniques, mind mapping, project-based learning, and the need to develop these skills for students to succeed in school and career.
This document discusses neuroeducation and provides information on neuromyths and neurofacts. It begins by outlining several common neuromyths such as the myth that we only use 10% of our brains. It then discusses several neurofacts supported by research, including that learning is enhanced by an appropriate level of challenge and inhibited by threat, attention determines what is encoded in long-term memory, and reflection is required to integrate new concepts into long-term memory. The document encourages discussion of how these neurofacts can inform course design and concludes by noting emerging disruptive technologies may impact neuroeducation.
The document discusses methods for teaching critical thinking skills in the classroom. It recommends using lesson plans that anticipate, build, and consolidate knowledge. Teachers should ask high-order questions that require applying concepts rather than just recalling facts. An effective classroom environment models thinking, challenges students to think independently, and uses techniques like cooperative learning. The goal is to encourage students to ask questions, apply what they learn, and debate ideas rather than just memorizing information.
The document discusses higher order thinking skills (HOTS) versus lower order thinking skills (LOTS) in English language and mathematics. HOTS include skills like critical thinking, problem solving, analyzing, evaluating, and applying concepts. LOTS involve skills like remembering facts, listing, describing, and comprehending. The document also notes that today's employers seek workers who can utilize HOTS and that research shows students today are weak in skills like logical reasoning.
The document discusses higher order thinking skills. It defines them as skills like creative and critical thinking, analysis, problem solving, and visualization. These skills require commitment to develop and go beyond simple learning of facts. The document also discusses the importance of higher order thinking for progress, explains how to develop these skills through practice and exercising different parts of the brain, and provides tips for teaching higher order thinking skills through action learning rather than focusing too much on terminology.
This document discusses the science of growth mindset and its importance. It defines growth mindset as the idea that the brain can develop new neural pathways through focus and discipline. Having a growth mindset plays a significant role in academic achievement. The document explores Carol Dweck and Jo Boaler's research on growth mindset and provides strategies for developing a growth mindset in students and teachers, including praising effort, embracing mistakes as learning opportunities, and using growth mindset language.
Learning Theories Group Project: Cognitive TheoryStephanie Conway
This is a group project from Team 7 in the course EME2040; fall semester, 2011. It was created to explore Cognitive Theory in an educational setting ,and stimulate thought about ways of applying this theory in the classroom.
This document summarizes various creative thinking techniques that can be used by students, including assumption busting, brainstorming, negative brainstorming, concept mapping, role-playing, storyboarding, random input, decision trees, questioning activities, slip writing, and laddering. These techniques were compiled by a graduate student and are intended to help stimulate creative thinking and problem solving among students. The summary provides a brief description and benefits of each technique.
The following series of questions are typically asked of educators
using audience response systems (aka “clickers”) to choose their answers.
Then there is a discussion comparing what the research suggests and
what the educator’s experience has been.
As educators, we need to ensure that we highlight related math concepts to help students build on and expand their prior learning; otherwise, math is perceived as fragmented and compartmentalized. Learning is then through memorization which is low-level and not lasting. The document discusses the importance of making connections between new and existing math concepts, within mathematics, between math and other subjects, and between math symbols and procedures. It provides examples of ways to help students make these connections, such as using manipulatives, collaborative activities, and relating math to students' lives.
1) To be successful in engineering school and careers, students must learn to become problem solvers rather than relying on professors to provide all the answers.
2) Students should discover their own learning styles and how they best learn since engineering instructors' teaching styles may not always match.
3) Engineering students should seek help from instructors when needed by asking clarifying questions, making appointments during office hours, and attempting problems independently first before asking for help.
The newsletter discusses mathematical processes and how they are important for teaching and learning mathematics. It focuses on communication, connections, representations, reasoning, problem solving, and technology. It provides examples of how to incorporate these processes in the classroom, including allowing students to communicate their mathematical thinking, highlighting connections between concepts, using representations to demonstrate understanding, and developing students' reasoning and problem-solving skills. The newsletter also includes information on enrichment opportunities for strong students and feedback strategies.
This document provides an overview of curriculum for Week #3 which focuses on planning learning activities and instruction. It discusses using the WHERETO framework to guide planning by considering where students are going, how to organize learning, how to engage students, how to tailor activities to different needs and styles, how to equip students to explore, and how students can reflect on their learning. It also recommends honoring multiple intelligences and the best instructional strategies, including the engagement cube. The document outlines designing instructional units with outcomes, content, strategies, and products. It discusses shifting paradigms in education and interview skills for students.
Handouts from the presentation by Dr. Linda Rush on the topic of Challening the advanced learner given as part of the ADIBF Academy Certificate Future Proof Teacher 2015.
As a teacher, headteacher, university academic, educational consultant and researcher Dr Linda Rush worked with a wide range of learners in a wide variety of contexts. Her research in the areas of teacher education and public / private partnerships has led to presentation at international conferences and publication in books and journals. More recently in her role as Director of Teacher Training for GEMS Education, a vital part for her is to explore the concept of a ‘global’ and ‘state of the art’ UAE based Teacher Training Institute. The overarching intention of the Institute will be to change the way teacher education meets the future; to foster interdisciplinary, integrated thinking and innovative leadership; to engage fully in the global community; and to facilitate lifelong learning. To this end, GEMS Education is looking to working with national and international outstanding universities to develop challenging programmes of global teacher education.
This document discusses metacognition, which refers to thinking about one's own thinking. It defines metacognition and explains its two components: metacognitive knowledge and metacognitive regulation. Metacognitive knowledge involves knowledge about cognitive processes, while metacognitive regulation refers to using strategies to monitor and regulate one's cognition. The document outlines three categories of metacognitive knowledge according to Flavell: person variables, task variables, and strategy variables. It provides examples to illustrate each variable and discusses the differences between novice and expert learners, with experts employing more metacognitive strategies.
This document discusses theories of adult learning and principles of teaching adults. It defines key terms and outlines several theories of adult learning, including andragogy, reinforcement theory, experiential learning, information processing theory, and characteristics of adult learners. Theories focus on how adults learn through experience, problem-solving, and self-directed learning. Principles for teaching adults emphasize involving them in the planning, making learning relevant, and capitalizing on life experiences. The document also addresses what motivates adult learners and potential barriers to adult learning.
This document provides a trainer's module for a workshop on activating prior knowledge in active learning. It includes 13 activities to help participants learn about activating prior knowledge and how it relates to developing reading skills. The workshop is divided into two parts.
Part 1 introduces the concept of activating prior knowledge and its importance in the PRIME approach to active learning. It includes brainstorming activities, goal setting, and a discussion of key reading skills. Part 2 focuses on specific strategies for activating prior knowledge, such as using poetry, questioning, comparing/contrasting, read alouds, and predicting, to help develop reading comprehension. The module aims to give participants hands-on experience with approaches for incorporating activating prior knowledge into their own teaching
The document discusses strategies for effective instruction of adult learners. It begins by outlining learning objectives related to understanding differences between pedagogy and andragogy, characteristics of adult learners, and factors that motivate adult learners. It then provides details on andragogy, characteristics of adult learners, strategies like jigsaw, think-pair-share, questioning, and engaged lecture, and factors that influence attention and learning like choice, relevance, and engagement.
Teaching Higher Order Thinking & 21st Century SkillsTimothy Wooi
Higher Order Thinking and 21st Century Skills
I. Introduction of Higher-Order Thinking (H.O.T.) and Why?
II. Bloom’s Cognitive Taxonomy
III. Why Do We Want to Teach
Higher-Order Thinking?
IV. How Do We Teach Higher- Order
Thinking?
V. The High Investment of Higher-
Order Thinking
This document contains a needs assessment and lesson plan for teaching 7th and 8th graders about percentages. The needs assessment analyzes the learners, content, and potential challenges. It also outlines how the lesson will accommodate different learning styles and abilities using multimedia. The lesson plan states the academic standard, objectives, materials, and procedures. It describes how the content will be presented using a PowerPoint with audio. Formative and summative assessments are built into the lesson through questions, partner work, and a project applying the skills. The reflection identifies areas for improvement, such as simplifying examples and adding a follow-up lesson applying the concepts.
How people learn, exploring the key findings from Chapter 1 of "How People Learn." Plus, implications for teaching including peer instruction. A weekly workshop by the Center for Teaching Development at UCSD.
The document discusses higher order thinking skills (HOTS) such as critical thinking, problem solving, and creative thinking. It provides background on HOTS and strategies to develop them, including George Polya's problem solving process and Bloom's Taxonomy of learning domains. The document also discusses encouraging HOTS through questioning techniques, mind mapping, project-based learning, and the need to develop these skills for students to succeed in school and career.
This document discusses neuroeducation and provides information on neuromyths and neurofacts. It begins by outlining several common neuromyths such as the myth that we only use 10% of our brains. It then discusses several neurofacts supported by research, including that learning is enhanced by an appropriate level of challenge and inhibited by threat, attention determines what is encoded in long-term memory, and reflection is required to integrate new concepts into long-term memory. The document encourages discussion of how these neurofacts can inform course design and concludes by noting emerging disruptive technologies may impact neuroeducation.
The document discusses methods for teaching critical thinking skills in the classroom. It recommends using lesson plans that anticipate, build, and consolidate knowledge. Teachers should ask high-order questions that require applying concepts rather than just recalling facts. An effective classroom environment models thinking, challenges students to think independently, and uses techniques like cooperative learning. The goal is to encourage students to ask questions, apply what they learn, and debate ideas rather than just memorizing information.
The document discusses higher order thinking skills (HOTS) versus lower order thinking skills (LOTS) in English language and mathematics. HOTS include skills like critical thinking, problem solving, analyzing, evaluating, and applying concepts. LOTS involve skills like remembering facts, listing, describing, and comprehending. The document also notes that today's employers seek workers who can utilize HOTS and that research shows students today are weak in skills like logical reasoning.
The document discusses higher order thinking skills. It defines them as skills like creative and critical thinking, analysis, problem solving, and visualization. These skills require commitment to develop and go beyond simple learning of facts. The document also discusses the importance of higher order thinking for progress, explains how to develop these skills through practice and exercising different parts of the brain, and provides tips for teaching higher order thinking skills through action learning rather than focusing too much on terminology.
This document discusses the science of growth mindset and its importance. It defines growth mindset as the idea that the brain can develop new neural pathways through focus and discipline. Having a growth mindset plays a significant role in academic achievement. The document explores Carol Dweck and Jo Boaler's research on growth mindset and provides strategies for developing a growth mindset in students and teachers, including praising effort, embracing mistakes as learning opportunities, and using growth mindset language.
Learning Theories Group Project: Cognitive TheoryStephanie Conway
This is a group project from Team 7 in the course EME2040; fall semester, 2011. It was created to explore Cognitive Theory in an educational setting ,and stimulate thought about ways of applying this theory in the classroom.
This document summarizes various creative thinking techniques that can be used by students, including assumption busting, brainstorming, negative brainstorming, concept mapping, role-playing, storyboarding, random input, decision trees, questioning activities, slip writing, and laddering. These techniques were compiled by a graduate student and are intended to help stimulate creative thinking and problem solving among students. The summary provides a brief description and benefits of each technique.
The following series of questions are typically asked of educators
using audience response systems (aka “clickers”) to choose their answers.
Then there is a discussion comparing what the research suggests and
what the educator’s experience has been.
As educators, we need to ensure that we highlight related math concepts to help students build on and expand their prior learning; otherwise, math is perceived as fragmented and compartmentalized. Learning is then through memorization which is low-level and not lasting. The document discusses the importance of making connections between new and existing math concepts, within mathematics, between math and other subjects, and between math symbols and procedures. It provides examples of ways to help students make these connections, such as using manipulatives, collaborative activities, and relating math to students' lives.
1) To be successful in engineering school and careers, students must learn to become problem solvers rather than relying on professors to provide all the answers.
2) Students should discover their own learning styles and how they best learn since engineering instructors' teaching styles may not always match.
3) Engineering students should seek help from instructors when needed by asking clarifying questions, making appointments during office hours, and attempting problems independently first before asking for help.
The newsletter discusses mathematical processes and how they are important for teaching and learning mathematics. It focuses on communication, connections, representations, reasoning, problem solving, and technology. It provides examples of how to incorporate these processes in the classroom, including allowing students to communicate their mathematical thinking, highlighting connections between concepts, using representations to demonstrate understanding, and developing students' reasoning and problem-solving skills. The newsletter also includes information on enrichment opportunities for strong students and feedback strategies.
This document provides an overview of curriculum for Week #3 which focuses on planning learning activities and instruction. It discusses using the WHERETO framework to guide planning by considering where students are going, how to organize learning, how to engage students, how to tailor activities to different needs and styles, how to equip students to explore, and how students can reflect on their learning. It also recommends honoring multiple intelligences and the best instructional strategies, including the engagement cube. The document outlines designing instructional units with outcomes, content, strategies, and products. It discusses shifting paradigms in education and interview skills for students.
Handouts from the presentation by Dr. Linda Rush on the topic of Challening the advanced learner given as part of the ADIBF Academy Certificate Future Proof Teacher 2015.
As a teacher, headteacher, university academic, educational consultant and researcher Dr Linda Rush worked with a wide range of learners in a wide variety of contexts. Her research in the areas of teacher education and public / private partnerships has led to presentation at international conferences and publication in books and journals. More recently in her role as Director of Teacher Training for GEMS Education, a vital part for her is to explore the concept of a ‘global’ and ‘state of the art’ UAE based Teacher Training Institute. The overarching intention of the Institute will be to change the way teacher education meets the future; to foster interdisciplinary, integrated thinking and innovative leadership; to engage fully in the global community; and to facilitate lifelong learning. To this end, GEMS Education is looking to working with national and international outstanding universities to develop challenging programmes of global teacher education.
This document discusses metacognition, which refers to thinking about one's own thinking. It defines metacognition and explains its two components: metacognitive knowledge and metacognitive regulation. Metacognitive knowledge involves knowledge about cognitive processes, while metacognitive regulation refers to using strategies to monitor and regulate one's cognition. The document outlines three categories of metacognitive knowledge according to Flavell: person variables, task variables, and strategy variables. It provides examples to illustrate each variable and discusses the differences between novice and expert learners, with experts employing more metacognitive strategies.
This document discusses theories of adult learning and principles of teaching adults. It defines key terms and outlines several theories of adult learning, including andragogy, reinforcement theory, experiential learning, information processing theory, and characteristics of adult learners. Theories focus on how adults learn through experience, problem-solving, and self-directed learning. Principles for teaching adults emphasize involving them in the planning, making learning relevant, and capitalizing on life experiences. The document also addresses what motivates adult learners and potential barriers to adult learning.
Lesson planning is discussed, including its value and process. Madelyn Hunter's 8-step method is covered, with steps including preparing the learner, instruction, checking for understanding, and independent practice. Interactive learning is emphasized as being important for retention. Various interactive learning techniques are described, such as three-step interviews, roundtables, and structured problem solving. The document provides examples of applying these techniques in the classroom.
This presentation provides an overview of an upcoming classroom project called "AHHHH Stress" that will use project-based learning. The project will have students create their own experiment to determine what stress is, common sources, strategies for coping, and approaches to conflict. It will take place over one month. The goals are for students to learn about stress, memory processing, and problem-solving through hands-on work where they guide their own learning with teacher facilitation. Parents are asked to only interact if the student requests advice.
The document discusses promoting student understanding rather than just knowledge recall. It outlines an upcoming workshop on Understanding by Design (UbD), a framework for designing curriculum, assessment and instruction to support understanding. Participants will learn about UbD principles, apply them to their roles, and develop plans to promote understanding in schools. Research shows US students lack understanding, and curriculum often emphasizes coverage over depth.
The document discusses developing metacognitive skills in students. It defines metacognition as a person's conscious awareness and control of their thinking process. The presenter aims to help teachers understand metacognition, provide strategies to incorporate it into any subject, and gradually release responsibility to students. Specific strategies discussed include think-alouds, modeling, and asking key questions to help students make connections, visualize, infer, monitor comprehension, and more. The goal is for students to become active, independent learners.
The document discusses metacognition, which is defined as "thinking about one's thinking", and explains how teaching students metacognitive strategies can improve learning; it provides examples of metacognitive strategies like thinking aloud, graphic organizers, and self-assessment; and it emphasizes the importance of explicitly teaching metacognition through modeling thinking and asking reflective questions.
This document discusses using Understanding by Design (UbD) and technology to design curriculum. It explains the key components of UbD including identifying desired results, determining acceptable evidence of learning, and planning learning experiences. It provides examples of how to analyze goals, identify understandings and essential questions. It also discusses using technology to enhance formative assessment, research, collaboration and project-based learning in line with UbD principles.
NCV 2 Human & Social Development Hands-On Support Slide Show - Module 1Future Managers
The document discusses reflection and its application in education studies. It defines reflection as serious thought about a situation or experience and explains how reflective techniques like questioning and journaling can be used. Reflection is important for practitioners to develop skills and address challenges. It clarifies that both open-ended and closed questions have a role in reflection. The document also discusses Bloom's Taxonomy and its domains of learning. Learners are asked to complete reflective writing assignments and discussions applying these concepts.
Cognitive and meta cognitive strategies for problem solving in MathematicsJohn Paul Hablado
This document discusses cognitive and meta-cognitive strategies for problem solving. It begins by introducing George Polya's model of the problem solving process, which includes four steps: understanding the problem, devising a plan, implementing the plan, and reflecting on the solution. The document then describes various strategies that can be used within each step of Polya's model, such as the Survey-Question-Read technique for understanding problems, Frayer vocabulary models, mnemonic devices, graphic organizers, and paraphrasing. The goal of these strategies is to help students successfully comprehend and solve problems through planning, monitoring, and evaluating their thinking.
1. The document outlines key competencies and essential questions for developing skills in students, including thinking, using language and texts, managing self, relating to others, and participating and contributing.
2. It provides strategies for teachers to focus on the key competencies in their everyday teaching, such as coding lessons according to the competencies and incorporating relevant teaching strategies.
3. The document emphasizes developing students' thinking skills and digital literacies to prepare them for the 21st century, and encourages teachers to enhance their own professional learning and dialogue.
Effective teaching is more than a good lecture. In fact, it may be NO lecture at all. This presentation suggests dozens of effective structures. While many are not fully explained here, they are easily found in many locations on the internet and in the woks of Gardner, Tomlinson, Marzano, Sternberg, Costa, Solomon and others.
The document discusses the Powerful Learning Process (PLP) developed by Red Beach School in New Zealand to promote deep learning and thinking. It provides context on how the PLP fits into the school's vision and curriculum. Key aspects of the PLP include embedding thinking at different levels, using a "hub" to deepen understanding, and supporting learners' development through progression models and pedagogical understanding.
1. How can you determine if two fractions with unlike denominators can be added or require a common denominator? Explain your reasoning.
2. You are given the fractions 3/4 and 5/8. Show the step-by-step work to add these fractions using a common denominator. Explain how using a common denominator allows you to add the fractions.
3. Juan claims he can simply add the numerators and denominators when adding fractions. For example, he would calculate 3/4 + 5/8 as 8/12. Explain why Juan's method is incorrect and why using a common denominator is
The document discusses adult learning, including defining adult learning, characteristics of adult learners, principles for teaching adults, differences between children and adults as learners, barriers to learning, and learning styles. Specifically, it defines adult learning as formal, non-formal, and informal learning activities undertaken by adults after initial education. It identifies characteristics such as adults needing to know why they are learning, learning through doing, and wanting to use life experiences. Principles for teaching adults include motivating learners, informing learners in their preferred style, monitoring learners, and engaging learners through experience.
This document discusses assessment-centered teaching and the importance of using models of cognition and learning to design effective formative assessments. It introduces John Dewey's model of the thinking process, which involves a cycle of planning, implementing, observing effects, and revising based on results. The document emphasizes aligning instruction, assessment, and expectations of how students will progress. It presents Daniel Willingham's model of the relationship between environment, working memory, and long-term memory to demonstrate how formative assessments should be based on research about cognition and learning. The document suggests using and modifying cognitive models can help teachers better understand student thinking and learning difficulties.
This document discusses various problem-solving techniques and frameworks that can be used in education, including deductive reasoning, inductive reasoning, anchored instruction, problem-based learning, and ill-defined problems. It provides examples of each approach and emphasizes using complex, realistic problems that resemble real-world issues to help students develop deep understanding and problem-solving skills. Authentic problems that require self-directed learning in a collaborative environment are seen as most effective.
The document discusses principles of teaching and learning in a learning community. It outlines 4 principles of instruction for teachers (systematic, explicit, authentic, and lively) and 4 principles of learning for students (meaningful, manageable, memorable, and metacognitive). The principles emphasize that instruction should follow a logical progression, be clearly explained to students, relate to real-world tasks, and encourage active student participation. Students are encouraged to find learning purposeful, at an appropriate challenge level, easily remembered, and to understand their own learning processes.
The document discusses various perspectives on the concept of learning. It begins by listing many different types and contexts of learning to illustrate the broad and complex nature of the term. It then examines several definitions of learning from different scholars and debates whether strict definitions are useful given the complexity of learning. The document also explores questions around the mechanisms, nature, and factors that influence learning. It discusses theories and models of learning, including Bateson's levels of learning, and considers perspectives on the purpose of education. Overall, the document provides an overview of the many facets of learning and debates how to understand such a broad concept.
Classroom Instruction That Works Group Presentmalexana
The document summarizes key points from the book "Classroom Instruction that Works" regarding instructional strategies that increase student achievement. It discusses 9 categories of instruction found to impact achievement, including identifying similarities and differences, summarizing and note-taking, reinforcing effort and providing recognition, homework and practice, non-linguistic representations, cooperative learning, setting objectives and providing feedback, generating and testing hypotheses, and questions, cues, and advanced organizers. Examples and research findings are provided for each category. The conclusion encourages teachers to consider what strategies are practical and applicable for their unique classroom environments.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
Chapter wise All Notes of First year Basic Civil Engineering.pptx
Information Processing Intuition
1. EDP 304: Educational PsychologyDr. D., Ms. Horne, & Ms. Morton Exploring the nature of intuition Get out laptops: Log into MOODLE site: Go to: “Me too! Introduction to Blink” What did you find interesting about the introductory chapter?
2. WHAT IS EDUCATIONAL PSYCHOLOGY? Educational Psychology is a discipline concerned with the psychology of teaching and learning. Scholars in the field apply methods and theories of psychology in formal (i.e. school) and informal (i.e. home, community, work) settings. As such, the theories from the field represent the core of teachers’ professional knowledge base and concepts from educational psychology compose the language of professional educators.
3. MISSION TO LEAD AND SERVE “Being a leader in education means learning how to bring together a diverse set of constituents to deal with complex problems.” How might you be involved in education? Teacher Grade Level Leader / Dept. Area Chair Parent School Partner Voter What are some of the professional dispositions of educators? How do we resolve some of the conflicting views in education?
4. Objectives and Agenda: blink introduction Me Too! (results) What themes do we see? Why might our theories about winning have been similar to / distinct from the professional gamblers? Review Syllabus Expectations for Class Participation / Annotating Expectations for Reflections Expectations for Case Studies Final Projects Recap from Last Week Introduction to Information Processing Theory
5. How will class participation be assessed? Quick Writes 0= You did not come to class 1= You came to class, but it’s pretty clear you did not complete the reading (either text or blink) 2= You came to class, it’s clear you completed the readings, but something in your response was incorrect / incomplete. (Partial Understanding) 3 = You are on track to master these concepts / ideas. blink formative-quizzes 4-7 question quizzes that bridge blink with the text 0= You did not come to class 1= You got less than 20% of the questions correct 2= You got between 20-50% of the questions correct 3= You got more than 50% of the questions correct
6. Teaching and Parenting Concerns Teaching Theme 1: How do I know if students are learning? Theme 2: How do I help them learn? Theme 3: How do modify my instruction to meet students’ needs? Theme 4: How do I manage student motivation? Theme 5: How will I manage “problems” in the classroom? Parenting Theme 1: How do I help my child become self-motivated? Theme 2: What do I do if my child has a problem? (at school / with friends) Theme 3: How can I effectively discipline my child?
7. Recap: Last Week’s Quick Write Learning Is: Ongoing / Active Acquiring / Accumulating Changing / Adapting Seeing Connections Received from Outside Someone else teaches you Experiment / Practice Trying to Understand Looking for Patterns Insight / Knowledge Process Knowing Is: Already Stored; Mastered Previously Received Exists; You can “see” it “Fact” / Proved Beyond a Doubt / Confident Already Understood Freely Recalled From Experiences You Tested Your Theory Can Use/Apply Passive Sequence: Learning => Knowing; “aftermath” Learning comes through experience, knowing can occur because you were told or you observed.
8. How did We Learn? By Doing (Gambler) By Trial and Error By Guess and Check / Making a Theory & Testing it Out Is there an advantage to being ‘in control,’ learning first hand? By Observing (Observer) Taking Notes / Keeping Track Take the Gambler’s Perspective Is there an advantage to being systematic? By Reflecting (Both Gambler and Observer) On the Outcome (Wins/Losses) On Patterns / Similarities On Our Theory (Was it effective?)
9. What to we want to know by the end of the class? How do my students/people learn? How can I learn / recall better? How does learning differ? How can I differentiate? What are the processes / stages? Conscious / Unconscious? How can I motivate my students/people? Make learning enjoyable? What techniques maximize learning? How do I know if my students have learned? How can I help my students want to learn? How is this important for industry? Parenting?
10. Module 18: Comprehension CheckAccording to Woolfolk, the cognitive approach suggests the most important element in the learning process is: Answer Now ! The extent to which teachers present material clearly. The ability level of the students. The influence of external events. The previous experiences individuals bring to new learning situations.
11. Jan 19: Get Ready for Class! Log onto MOODLE Pick up Clicker Download & Open Cog Sci Concept List Download & Open Handouts for Today’s Class Download & Open Reflection Guidelines & Rubric Reminders and Announcements Conserve batteries (formative blink quiz at the end!) .pdf files are now editable (concept list is also in word format) Modules 18-20 and blink intro & CH1 on MOODLE Elluminate: Virtual and ‘Real’ office hours
12. Quick Recap: Jan. 14 Reviewed the Syllabus & Expectations Information Processing Model Sensory Memory Working Memory Bottom-Up vs. Top-Down Processing Schema Theory Long Term Memory How do these relate to blink? How do these relate to the gambling game? What is intuition? First impressions? Reflection #1 (Posted on the Q & A Discussion Forum)
13. Module 1: Comprehension CheckPeterson & Comeaux (1989) one of the essential tasks for “professional teachers” committed to becoming experts is: Answer Now ! Rely on personal experiences as the primary means to grown and shape teaching experiences. Maintain consistent content and pedagogy practices from year to year. Use research to understand and improve teaching. View expertise as rigid and fixed; rely on ‘best practices.’
14. Answer Now ! Module 18: Comprehension CheckAccording to Ashcraft (2002), cognitive psychologists assume: Mental processes exist. Mental processes can be studied scientifically. Humans are active participants in their own acts of cognition. All of the above.
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16. Module 18: Comprehension CheckThe capacity and duration of sensory memory is: Answer Now ! Small and retains information for a very short time. Small and retains information for a very long time. Large and retains information for a very short time. Large and retains information for a very long time.
17. Examples of Top Down v. Bottom Up Processing “Dr. D.’s stupid human tricks!” (apologies to David Letterman & Miss Hannah Davis Bauer)
18. Do you know what this is a picture of? 1= Yes, 2= No
19. Do you know what this is a picture of? 1= Yes, 2= No
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21. Do you know what this is a picture of? 1= Yes, 2= No
22. Do you know what this is a picture of? 1= Yes, 2= No
23. Do you know what this is a picture of? 1= Yes, 2= No
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28. Connecting I.P.T. with Blink How do these relate to what happened with the Kouros? Short -Term Memory? Working Memory? How do these relate to the gambling game? Short-Term Memory? Working Memory? From and I.P.T. perspective, what is intuition?
29. Quick write: Comprehension Check Go to MOODLE Find the link for today’s quick write: What did you learn today about the difference between top down and bottom up processing?
30. Formative blink Quiz HW for Jan. 21, 2010: Reflection #1 (on Intro*) Due – Posted to the Q&A Discussion Board Use text Modules 18-20 to analyze the introduction Think Focused and ‘Micro’: Only need 1-2 concepts from text Only need to really delve into one example from blink Read blink: Chapter 1 (posted on MOODLE) Read Module 20 On Jan 26: blink Me Too! Disappointed to see: “I didn’t read it…”
31. Jan 21.: Get Ready for Class Log onto MOODLE Pick up Clicker Open Cog Sci Concept List (.pdf) Download & Open Handouts for Today’s Class Respond to blink Ch1: Me Too! Reminders and Announcements Conserve batteries (formative blink quiz at the end!) Once you have downloaded .pdf, turn wireless airport OFF Office Hours tomorrow: begin at 11:15am
32. Quick Recap: Jan. 19 Working Memory: Information Processing Model Bottom-Up vs. Top-Down Processing Long Term Memory Schema Theory Reflection #1 (Posted on the Q & A Discussion Forum) Schema Theory Nature of Expertise Priming and Spread Activation Blink mini-quiz!
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34. LTM Structure of Knowledge: Schemas Knowledge organized into “webs/maps” of information. Maps/Webs Serve as Lens (+) Direct Attention, Identify Relevant Information, Interpret Ambiguity (-) Old structures are resistant to change; “Invested” in existing schemas; Tied to “affective” experiences Two processing systems: Sympathetic and our Parasympathetic Sympathetic: Activated in Fight or Flight Situations Employs Top-Down approach; Unconscious Parasympathetic: Conscious Processing System It is alongside and subject to your Sympathetic Can modify the frameworks that will be employed
38. Development of Expertise Content (# of nodes) in a map Cohesion (# of links) in a map Organization (# of core nodes; refinement of links; procedural/conditional links; structure imposed) Experts vs. Novices (Module 1 - Expert Teachers) Experts have elaborate structures organized around “central” or “underlying” principles (This organization around underlying principles really distinguished the expert from a “pseudo-expert” / student developing expertise) Experts have extensive conditional knowledge and as a consequence take more time to identify and understand problems as well as recognize patterns Novice schemas may have misconceptions LTM Structure of Knowledge: Schemas
39. How does processing differ depending on your level of expertise? How would you characterize the information processing of Gottman in the love lab? How would you characterize the information processing of Gladwell in the love lab? How does Gottman’s expertise affect his processing?
40. Asking ‘Good’ Questions What if all you have is bottom up processing? (i.e. you know you are not an expert!) Priming and the ‘Spread’ Information Spread Activation Controlling Recall and Recognition (via “Prime”) Controlling the Acquisition of New Knowledge Teaching to a Prototype Activating Misconceptions and Teaching via Negative Case
44. Applying Schema Theory to Understand Teaching How does schema theory inform us about the nature of stereotypes? How does schema theory inform us about the nature of expertise?
45. Nature of “Knowing” Defining Intuition (Cognitive Science Perspective): Making a judgment off a framework that cannot be articulated; result of top down processing Reflect lack of knowledge (stereotype) vs. expertise? Result of belief structure (moral framework) vs. years of reasoning? Why care about the accuracy of our intuition? “Teaching is all about judgment….Situated judgment.” M. Frank Pajares Teachers carry beliefs / values into the classroom
46. Formative blink Quiz HW for Jan. 26, 2009: Module 29 Module 6 (p.80-84) On Jan. 26: The Nature of the ‘Self’ Quick Write and Mini-Quiz…. Love Lab Bedroom Experiment Surgeons