The document discusses strategies for engaging math students using an inquiry approach. It advocates for creating a caring classroom community where students respect each other's abilities and ideas. Teachers should provide opportunities for both independent and collaborative work, including mixed ability groups, word problems accessible to all levels, and not prescribing specific strategies but guiding students towards effective methods. Developing mathematical language and multiple forms of representation helps students learn.
The document discusses teaching mathematics concepts through big ideas and problem solving. It describes big ideas as large networks of interrelated concepts that students understand as whole chunks. Teachers should explicitly model big ideas and have students actively discuss and reflect on them. Examples of big ideas in geometry include properties of shapes and geometric relationships. The document provides strategies for structuring the classroom and lessons to encourage problem solving, communication, and assessing student understanding of big ideas through observation, interviews, student work and self-assessment.
This document outlines the goals and benefits of an inquiry-based approach to teaching mathematics. It discusses how students learn through asking questions, making conjectures, collaborating with others, and explaining their reasoning. Teachers aim to foster students' curiosity and support independent learning. The goals of inquiry maths curricula internationally include developing reasoning skills, constructive arguments, confidence in communicating mathematics, and independence. The website associated with this document provides math inquiry prompts, lesson resources, guides for creating custom prompts, and materials to support an inquiry-based approach to math instruction.
This lesson plan outlines a jigsaw activity to teach students about Canadian artists. Students will be divided into home groups and expert groups. In expert groups, students will research an assigned artist and record facts. Students will then return to their home groups to share what they learned. The goals are for students to work cooperatively, present information clearly, and discuss topics while staying on task. Assessment will include observing students' group work skills and knowledge of the artists. The lesson addresses teaching geography expectations for 6th grade world area studies on Latin America and Canada.
This document discusses mathematics education in the Primary Years Programme (PYP). It covers the PYP philosophy of mathematics, how children learn mathematics through constructing meaning, and the written, taught, and assessed curriculums. The PYP views mathematics as a tool for problem solving and sees it as intrinsically fascinating. Children should see themselves as mathematicians and construct their own understanding starting from personal experiences. Mathematics is best taught through relevant, real-life contexts. Assessment includes diagnostic, formative, and summative strategies to provide feedback during and after the learning process. Standardized tests are just one part of assessment and not meant to be taught to directly.
The document discusses differentiated instruction through the use of learning centers in two primary classrooms. In Mrs. Walker's classroom, students work in language arts centers with teacher-assigned and student-selected options. Ms. Cunningham's centers draw on differentiated principles, with students assigned to centers based on readiness and working with customized materials at their level. Both teachers incorporate sharing and discussion of center work into classroom activities.
The teachers implemented a Problem-Solving Professional Development Unit (PDU) to address students' difficulties with problem solving and align their instructional approaches. Through rigorous problem solving, talk moves, and math congress, students improved in problem solving skills, communication, and mindset. Pre/post-test data, work samples, and surveys showed positive results. Teachers also enhanced their ability to facilitate discussions and will continue expanding these strategies.
The document discusses strategies for engaging math students using an inquiry approach. It advocates for creating a caring classroom community where students respect each other's abilities and ideas. Teachers should provide opportunities for both independent and collaborative work, including mixed ability groups, word problems accessible to all levels, and not prescribing specific strategies but guiding students towards effective methods. Developing mathematical language and multiple forms of representation helps students learn.
The document discusses teaching mathematics concepts through big ideas and problem solving. It describes big ideas as large networks of interrelated concepts that students understand as whole chunks. Teachers should explicitly model big ideas and have students actively discuss and reflect on them. Examples of big ideas in geometry include properties of shapes and geometric relationships. The document provides strategies for structuring the classroom and lessons to encourage problem solving, communication, and assessing student understanding of big ideas through observation, interviews, student work and self-assessment.
This document outlines the goals and benefits of an inquiry-based approach to teaching mathematics. It discusses how students learn through asking questions, making conjectures, collaborating with others, and explaining their reasoning. Teachers aim to foster students' curiosity and support independent learning. The goals of inquiry maths curricula internationally include developing reasoning skills, constructive arguments, confidence in communicating mathematics, and independence. The website associated with this document provides math inquiry prompts, lesson resources, guides for creating custom prompts, and materials to support an inquiry-based approach to math instruction.
This lesson plan outlines a jigsaw activity to teach students about Canadian artists. Students will be divided into home groups and expert groups. In expert groups, students will research an assigned artist and record facts. Students will then return to their home groups to share what they learned. The goals are for students to work cooperatively, present information clearly, and discuss topics while staying on task. Assessment will include observing students' group work skills and knowledge of the artists. The lesson addresses teaching geography expectations for 6th grade world area studies on Latin America and Canada.
This document discusses mathematics education in the Primary Years Programme (PYP). It covers the PYP philosophy of mathematics, how children learn mathematics through constructing meaning, and the written, taught, and assessed curriculums. The PYP views mathematics as a tool for problem solving and sees it as intrinsically fascinating. Children should see themselves as mathematicians and construct their own understanding starting from personal experiences. Mathematics is best taught through relevant, real-life contexts. Assessment includes diagnostic, formative, and summative strategies to provide feedback during and after the learning process. Standardized tests are just one part of assessment and not meant to be taught to directly.
The document discusses differentiated instruction through the use of learning centers in two primary classrooms. In Mrs. Walker's classroom, students work in language arts centers with teacher-assigned and student-selected options. Ms. Cunningham's centers draw on differentiated principles, with students assigned to centers based on readiness and working with customized materials at their level. Both teachers incorporate sharing and discussion of center work into classroom activities.
The teachers implemented a Problem-Solving Professional Development Unit (PDU) to address students' difficulties with problem solving and align their instructional approaches. Through rigorous problem solving, talk moves, and math congress, students improved in problem solving skills, communication, and mindset. Pre/post-test data, work samples, and surveys showed positive results. Teachers also enhanced their ability to facilitate discussions and will continue expanding these strategies.
Math Congress is an instructional strategy where students work in pairs to create posters showing their solutions to a math problem. The teacher then selects a few posters to showcase and facilitate a whole-class discussion, focusing on reasoning and generalizing mathematical ideas. The goal is for students to communicate their thinking, learn from their peers, and develop a deeper understanding of key concepts through reflection and discourse within a learning community.
The document discusses the theory and implementation of cooperative learning in the EFL classroom, outlining benefits such as increased social skills, ethnic relations, and time on task. Challenges to cooperative learning like some students doing all the work are addressed through strategies like assigning roles to group members and randomly calling on students. Several models of cooperative learning are described, including Jigsaw, Graffiti, Academic Controversy, and STAD.
This document discusses differentiated instruction strategies for teaching math. It defines differentiated instruction as proactively planning to meet diverse student needs by focusing on learning outcomes and adjusting the content, process, or product based on student readiness, interests, and learning profiles. Examples of strategies discussed include using learning stations, the anticipation guide pre-assessment technique, and determining student learning styles. The "new math" approach emphasizes exploring problems, reflecting on different strategies, and having students explain their reasoning over traditionally teaching a single procedure.
The document discusses tiered assignments and differentiation strategies for teachers. It defines tiered instruction as involving whole group instruction initially, then identifying student differences and increasing or decreasing abstraction, support, sophistication, and complexity of goals, resources, activities, and products based on student needs. The document provides examples of how to tier assignments in various subjects and grade levels by differentiating content, process, and product. The goal of tiered assignments is to increase rigor and engagement for all students.
Student Centered Year Plan Using The Backwards Approachsusan70
The document outlines a 4-step process for backwards design curriculum planning: 1) identify learning outcomes, 2) determine assessments, 3) plan learning experiences, and 4) assess student learning and follow up. It also discusses creating a mathematical community in the classroom through establishing a safe learning environment, using inquiry-based approaches, and designing the physical space. Key aspects of the learning process include identifying essential questions, using various assessment tools and manipulatives, and facilitating group discussions.
The document discusses differentiated instruction in the K-12 curriculum. It provides an overview of differentiated instruction, which recognizes students' varying needs and abilities. Teachers take on roles as designers, assessors, and facilitators of learning to ensure all students' growth. The K-12 curriculum aims to develop globally competitive graduates and considers students' readiness, interests, and learning profiles when differentiating content, process, products, and environment. Effective differentiated instruction involves understanding students and aligning tasks and objectives to their learning goals.
This document provides an overview of an upcoming math professional development session called DMI. It includes:
1) An agenda for the session that involves forming groups, discussing student work samples, doing mental math problems, reading a chapter, and analyzing a video.
2) Background information on DMI, which is designed to help teachers examine student math thinking and evaluate curriculum.
3) The overall goals of DMI, which are for teachers to learn about themselves and students as mathematical thinkers and engage in mathematical discourse.
This document provides an overview of an inquiry-based mathematics workshop. It discusses the aims of getting a historical view of inquiry, looking at four levels of inquiry, examining the role of an inquiry teacher, and planning learning experiences. It also reviews how inquiry changes the traditional role of students and teachers in mathematics classrooms by having students take responsibility for structuring and regulating the learning process through their own questions and conjectures. The document suggests that an inquiry-based environment could change some common issues seen in mathematics reasoning like a lack of initiative, perseverance, and retention as students become independent inquirers seeking new mathematical knowledge.
Increasing Student Achievement Through Differentiation[1]bbieniemy
Differentiated instruction is an approach to teaching that involves modifying instruction based on student needs, interests, and abilities. The teacher proactively plans lessons using varied content, processes, and products to engage students with different backgrounds, knowledge levels, and learning preferences. Ongoing assessments, both formal and informal, are used to understand students and guide instructional planning rather than just assigning grades. Differentiating instruction leads to fewer discipline issues, significant student growth, and more positive teacher-student interactions.
Strategies to develop creativity and critical thinkingjurutungo
This document outlines strategies for developing critical thinking and creativity in the classroom. It discusses using debates, brainstorming, teamwork, problem/project based learning, and guest speakers to enhance critical thinking. For creativity, it recommends using art, role playing, games, presentations, and media/technology in research. Specific activity ideas are provided, such as creating maps, role playing important historical figures, and playing vocabulary games. Guidelines for enhancing creativity include finding flow, encouraging diverse ideas, and giving supportive feedback and sufficient time for assignments.
The document discusses the seven Mathematical Practices from the Common Core State Standards and provides examples of what these practices may look like for both students and teachers in the classroom. The seven practices are: 1) Make sense of problems and persevere in solving them, 2) Reason abstractly and quantitatively, 3) Construct viable arguments and critique the reasoning of others, 4) Model with mathematics, 5) Use appropriate tools strategically, 6) Attend to precision, and 7) Look for and make use of structure. For each practice, examples are given of how teachers can support the practice and what behaviors students may demonstrate when applying the practice.
Effective Walkthroughs in Math and ELA Classroomscatapultlearn
Participants will be introduced to a model for conducting effective and focused walkthroughs that are grounded in research-based teaching strategies, the necessary look-fors in rigorous ELA and Math classrooms, and how to engage teachers in reflective conversations on teaching and learning.
In this webinar you will learn:
how to conduct effective walkthroughs in your schools
how to identify the necessary look-fors in Math and ELA classrooms
how to engage in reflective and robust conversations with teachers
The document discusses four trends in differentiating instruction in math and science: learning centers, flexible grouping, discovery-based instruction, and tiered assessments. It provides details on how each trend can be implemented and potential issues to consider, such as ensuring appropriate student placement in centers and groups. Examples are given for using the trends in both math and science lessons.
The document discusses research on integrating language arts into mathematics instruction. It finds that developing language skills, such as vocabulary, can help reinforce math concepts. Talking about math and connecting it to stories and literature can increase understanding of math principles and confidence in the subject. The use of read-alouds, graphic organizers, and hands-on activities are recommended approaches that are also suitable for English language learners, especially with additional visual and interactive elements.
The document provides guidance for teachers on facilitating high-quality mathematical tasks aligned to the Common Core State Standards. It outlines the key actions students and teachers should take to support each of the 7 Mathematical Practices. For each practice, examples of effective math tasks are described, along with observable behaviors students may exhibit and strategies teachers can implement to encourage the practice. The goal is to help students make sense of problems, construct arguments, attend to precision, model with mathematics, use tools strategically, and look for structure, while teachers promote discussion, representation, problem-solving and reasoning.
The document discusses differentiated instruction, which is an approach to teaching that recognizes students' varying backgrounds, readiness, and learning needs. It involves modifying aspects of the content, process, products, and learning environment based on individual student differences. This allows teachers to challenge students at their appropriate level. The document provides examples of how differentiated instruction can be implemented in the classroom through flexible grouping, varied learning activities and materials, and ongoing assessment to inform instruction.
This document discusses explicit teacher modeling as an instructional strategy. It defines explicit teacher modeling as clearly demonstrating a math skill or concept through multi-sensory examples and thinking aloud. The teacher breaks down the skill into parts, models examples and non-examples, and provides cues and feedback. After modeling a concept at least three times, the teacher scaffolds instruction so students can practice with support. When implementing, the teacher ensures prerequisites are met, provides a meaningful context, thinks aloud, checks for understanding, and maintains a clear pace while modeling at least three times before scaffolding.
This document provides an overview of a workshop on integrating the 8 Mathematical Practices from the Common Core State Standards into K-2 mathematics teaching. It includes an introduction, pre-workshop survey, activities on writing story problems, teaching kindergarten all day, the 8 practices, and resources. Participants worked in groups to remodel story problems using the practices, and presented their work. Norms for classroom discussion were discussed. The goal was for teachers to learn to use the practices to develop deeper mathematical understanding in students.
The document discusses 21st century pedagogy and skills for teachers and students. It emphasizes developing skills like critical thinking, problem solving, communication, collaboration and digital literacy. 21st century learning is described as being learner-centered, personalized, relevant and adaptable. The roles of the teacher shift from being teacher-centered to facilitating student-centered learning. Teaching of key subjects like language, mathematics and science is discussed, highlighting the importance of developing conceptual understanding and problem solving abilities in students.
This slide is part of MOOC - Mini open online Course for educators interested in applying Scientific Dilemmas in the classroom. URL: http://engage.exactls.comUk2015a engage discussion
Physical education sustainability mini unit planRichard Courto
1. The document outlines a two-week physical education unit plan focused on using cooperative games to teach sustainability.
2. The unit plan aims to have students relate the cooperative games to real-life scenarios and discuss issues of sustainability, culture, and diversity. Games are intended to put issues into simple scenarios for students to solve together rather than through lectures.
3. Five lesson plans are described that involve students working in groups on tasks like crossing a river or building a tower with limited resources. The lessons assess communication, problem-solving, and understanding different viewpoints.
Math Congress is an instructional strategy where students work in pairs to create posters showing their solutions to a math problem. The teacher then selects a few posters to showcase and facilitate a whole-class discussion, focusing on reasoning and generalizing mathematical ideas. The goal is for students to communicate their thinking, learn from their peers, and develop a deeper understanding of key concepts through reflection and discourse within a learning community.
The document discusses the theory and implementation of cooperative learning in the EFL classroom, outlining benefits such as increased social skills, ethnic relations, and time on task. Challenges to cooperative learning like some students doing all the work are addressed through strategies like assigning roles to group members and randomly calling on students. Several models of cooperative learning are described, including Jigsaw, Graffiti, Academic Controversy, and STAD.
This document discusses differentiated instruction strategies for teaching math. It defines differentiated instruction as proactively planning to meet diverse student needs by focusing on learning outcomes and adjusting the content, process, or product based on student readiness, interests, and learning profiles. Examples of strategies discussed include using learning stations, the anticipation guide pre-assessment technique, and determining student learning styles. The "new math" approach emphasizes exploring problems, reflecting on different strategies, and having students explain their reasoning over traditionally teaching a single procedure.
The document discusses tiered assignments and differentiation strategies for teachers. It defines tiered instruction as involving whole group instruction initially, then identifying student differences and increasing or decreasing abstraction, support, sophistication, and complexity of goals, resources, activities, and products based on student needs. The document provides examples of how to tier assignments in various subjects and grade levels by differentiating content, process, and product. The goal of tiered assignments is to increase rigor and engagement for all students.
Student Centered Year Plan Using The Backwards Approachsusan70
The document outlines a 4-step process for backwards design curriculum planning: 1) identify learning outcomes, 2) determine assessments, 3) plan learning experiences, and 4) assess student learning and follow up. It also discusses creating a mathematical community in the classroom through establishing a safe learning environment, using inquiry-based approaches, and designing the physical space. Key aspects of the learning process include identifying essential questions, using various assessment tools and manipulatives, and facilitating group discussions.
The document discusses differentiated instruction in the K-12 curriculum. It provides an overview of differentiated instruction, which recognizes students' varying needs and abilities. Teachers take on roles as designers, assessors, and facilitators of learning to ensure all students' growth. The K-12 curriculum aims to develop globally competitive graduates and considers students' readiness, interests, and learning profiles when differentiating content, process, products, and environment. Effective differentiated instruction involves understanding students and aligning tasks and objectives to their learning goals.
This document provides an overview of an upcoming math professional development session called DMI. It includes:
1) An agenda for the session that involves forming groups, discussing student work samples, doing mental math problems, reading a chapter, and analyzing a video.
2) Background information on DMI, which is designed to help teachers examine student math thinking and evaluate curriculum.
3) The overall goals of DMI, which are for teachers to learn about themselves and students as mathematical thinkers and engage in mathematical discourse.
This document provides an overview of an inquiry-based mathematics workshop. It discusses the aims of getting a historical view of inquiry, looking at four levels of inquiry, examining the role of an inquiry teacher, and planning learning experiences. It also reviews how inquiry changes the traditional role of students and teachers in mathematics classrooms by having students take responsibility for structuring and regulating the learning process through their own questions and conjectures. The document suggests that an inquiry-based environment could change some common issues seen in mathematics reasoning like a lack of initiative, perseverance, and retention as students become independent inquirers seeking new mathematical knowledge.
Increasing Student Achievement Through Differentiation[1]bbieniemy
Differentiated instruction is an approach to teaching that involves modifying instruction based on student needs, interests, and abilities. The teacher proactively plans lessons using varied content, processes, and products to engage students with different backgrounds, knowledge levels, and learning preferences. Ongoing assessments, both formal and informal, are used to understand students and guide instructional planning rather than just assigning grades. Differentiating instruction leads to fewer discipline issues, significant student growth, and more positive teacher-student interactions.
Strategies to develop creativity and critical thinkingjurutungo
This document outlines strategies for developing critical thinking and creativity in the classroom. It discusses using debates, brainstorming, teamwork, problem/project based learning, and guest speakers to enhance critical thinking. For creativity, it recommends using art, role playing, games, presentations, and media/technology in research. Specific activity ideas are provided, such as creating maps, role playing important historical figures, and playing vocabulary games. Guidelines for enhancing creativity include finding flow, encouraging diverse ideas, and giving supportive feedback and sufficient time for assignments.
The document discusses the seven Mathematical Practices from the Common Core State Standards and provides examples of what these practices may look like for both students and teachers in the classroom. The seven practices are: 1) Make sense of problems and persevere in solving them, 2) Reason abstractly and quantitatively, 3) Construct viable arguments and critique the reasoning of others, 4) Model with mathematics, 5) Use appropriate tools strategically, 6) Attend to precision, and 7) Look for and make use of structure. For each practice, examples are given of how teachers can support the practice and what behaviors students may demonstrate when applying the practice.
Effective Walkthroughs in Math and ELA Classroomscatapultlearn
Participants will be introduced to a model for conducting effective and focused walkthroughs that are grounded in research-based teaching strategies, the necessary look-fors in rigorous ELA and Math classrooms, and how to engage teachers in reflective conversations on teaching and learning.
In this webinar you will learn:
how to conduct effective walkthroughs in your schools
how to identify the necessary look-fors in Math and ELA classrooms
how to engage in reflective and robust conversations with teachers
The document discusses four trends in differentiating instruction in math and science: learning centers, flexible grouping, discovery-based instruction, and tiered assessments. It provides details on how each trend can be implemented and potential issues to consider, such as ensuring appropriate student placement in centers and groups. Examples are given for using the trends in both math and science lessons.
The document discusses research on integrating language arts into mathematics instruction. It finds that developing language skills, such as vocabulary, can help reinforce math concepts. Talking about math and connecting it to stories and literature can increase understanding of math principles and confidence in the subject. The use of read-alouds, graphic organizers, and hands-on activities are recommended approaches that are also suitable for English language learners, especially with additional visual and interactive elements.
The document provides guidance for teachers on facilitating high-quality mathematical tasks aligned to the Common Core State Standards. It outlines the key actions students and teachers should take to support each of the 7 Mathematical Practices. For each practice, examples of effective math tasks are described, along with observable behaviors students may exhibit and strategies teachers can implement to encourage the practice. The goal is to help students make sense of problems, construct arguments, attend to precision, model with mathematics, use tools strategically, and look for structure, while teachers promote discussion, representation, problem-solving and reasoning.
The document discusses differentiated instruction, which is an approach to teaching that recognizes students' varying backgrounds, readiness, and learning needs. It involves modifying aspects of the content, process, products, and learning environment based on individual student differences. This allows teachers to challenge students at their appropriate level. The document provides examples of how differentiated instruction can be implemented in the classroom through flexible grouping, varied learning activities and materials, and ongoing assessment to inform instruction.
This document discusses explicit teacher modeling as an instructional strategy. It defines explicit teacher modeling as clearly demonstrating a math skill or concept through multi-sensory examples and thinking aloud. The teacher breaks down the skill into parts, models examples and non-examples, and provides cues and feedback. After modeling a concept at least three times, the teacher scaffolds instruction so students can practice with support. When implementing, the teacher ensures prerequisites are met, provides a meaningful context, thinks aloud, checks for understanding, and maintains a clear pace while modeling at least three times before scaffolding.
This document provides an overview of a workshop on integrating the 8 Mathematical Practices from the Common Core State Standards into K-2 mathematics teaching. It includes an introduction, pre-workshop survey, activities on writing story problems, teaching kindergarten all day, the 8 practices, and resources. Participants worked in groups to remodel story problems using the practices, and presented their work. Norms for classroom discussion were discussed. The goal was for teachers to learn to use the practices to develop deeper mathematical understanding in students.
The document discusses 21st century pedagogy and skills for teachers and students. It emphasizes developing skills like critical thinking, problem solving, communication, collaboration and digital literacy. 21st century learning is described as being learner-centered, personalized, relevant and adaptable. The roles of the teacher shift from being teacher-centered to facilitating student-centered learning. Teaching of key subjects like language, mathematics and science is discussed, highlighting the importance of developing conceptual understanding and problem solving abilities in students.
This slide is part of MOOC - Mini open online Course for educators interested in applying Scientific Dilemmas in the classroom. URL: http://engage.exactls.comUk2015a engage discussion
Physical education sustainability mini unit planRichard Courto
1. The document outlines a two-week physical education unit plan focused on using cooperative games to teach sustainability.
2. The unit plan aims to have students relate the cooperative games to real-life scenarios and discuss issues of sustainability, culture, and diversity. Games are intended to put issues into simple scenarios for students to solve together rather than through lectures.
3. Five lesson plans are described that involve students working in groups on tasks like crossing a river or building a tower with limited resources. The lessons assess communication, problem-solving, and understanding different viewpoints.
Physical education sustainability mini unit planRichard Courto
Richard Courto created a two-week physical education unit plan focused on using cooperative games to teach sustainability. The unit aims to have students relate the games to real-life scenarios and think critically about diversity, culture and sustainability. Students will play games that simulate real-life problems to find cooperative solutions. They will be assessed through journals, discussions, and essays connecting the games to the real world. The final lesson is a survival challenge bringing the lessons of cooperation and diversity to the whole community. The unit may be limited by some students' reluctance to cooperate and sensitivity around topics discussed.
The document outlines a webinar about using group discussion to teach students. It discusses:
1. The webinar agenda, which includes an overview, discussions of dilemmas with group discussion and methods for the classroom, examples from teachers, challenges and recommendations, and a question period.
2. What research says about effective group discussion strategies, including the importance of diverse views, roles, leadership, and providing students with concepts and data.
3. Six specific group discussion methods that were presented: conscience alleyway, consequences wheel, mind movies, two stray one stay, jigsaw, and four corners.
4. Three classroom examples where teachers used group discussion for lessons on atmospheric carbon dioxide,
This document discusses different questioning strategies that can be used in the classroom to promote critical and creative thinking among students. It recommends that teachers explicitly teach students about different types of questions and have students practice classifying and selecting questions. When students can successfully label and use different kinds of questions, they are better able to think critically and creatively. The document also suggests sharing questioning strategies with other teachers to help students develop more sophisticated questioning skills.
This document discusses active learning techniques that can be used in the classroom. It introduces think-pair-share, which involves students thinking individually, discussing in pairs, and sharing with the class. Variations include writing responses individually before pairing up. Think-pair-share benefits include engaging students and incorporating multiple perspectives. Other techniques discussed are numbered heads, three-step interviews where students take turns interviewing and reporting, and three-minute reviews where students summarize material in pairs. Active learning requires activities that motivate students to think and work in groups rather than just listening passively.
The document discusses the importance of teaching thinking skills to students and taking a whole-school approach. It provides examples of thinking strategies and tools that can be taught at different year levels, including the Six Thinking Hats, Brainstorming, Thinkers Keys, Graphic Organisers, SCAMPER, and Blooms Taxonomy. The whole-school approach aims to develop a thinking culture and empower students with analytical, critical and creative thinking abilities.
Cory Stutts has worked since 2007 at Catherine Cook School, an independent Preschool-8 independent school in downtown Chicago. Cory is currently Head of the Middle School. Since 2008 when Catherine Cook joined the Ethical Literacy Learning Community, their focus has been systemic and grounded in professional development. Starting with a core teaching team at the 5 - 8 grade levels, the work has now branched out to span Pre-K through 8, with active participation from leadership at all three division levels, and active student engagement across the board.
This slide set was used at the 7th Annual Ethical Literacy Conference to guide attendees through a series of culture building activities that they could take back and implement in their school setting.
This document summarizes an agenda for an education course. It includes:
- An introduction welcoming students and providing sign-in instructions.
- An overview of the day's agenda covering introductions, syllabus review, curriculum designs, learning styles, and assigned reading.
- Essential questions for the session related to course expectations, how instruction fits into the program, using learning styles, and integrating curriculum designs.
- Assignments including reading, surveys, lesson planning, and presentations to incorporate varied learning styles and curriculum designs.
The document describes several teaching strategies for facilitating student-centered dialogue and developing higher-order thinking skills:
1) Cooperative Controversy involves students identifying arguments for and against a proposition in pairs and negotiating with another pair to determine the strongest arguments.
2) Multi-view asks students to consider a controversial issue from different perspectives of people involved.
3) Socratic Circles explore an issue through discussion, with students in inner and outer circles providing feedback.
4) Other strategies include Theme Park to teach about a topic through hypothetical park features, Under the Microscope to examine concepts through different lenses, and Ten Thinking Tracks to guide discussion of propositions from multiple viewpoints.
This document provides an overview of assessment for learning strategies across different subject areas and grade levels. It discusses the key principles of assessment for learning including learning intentions, success criteria, descriptive feedback, self and peer assessment, and student ownership. Several teachers from Salmon Arm SD#83 share examples of how they have implemented assessment for learning strategies in their classrooms for subjects like science, humanities, research skills, and math. The examples illustrate how formative assessment techniques like exit slips, voting cards, highlighting notes, and questioning can help guide instruction and improve student learning.
Chapter 4 critical creative and practical thinkingsthilms
This document discusses critical, creative, and practical thinking when asking questions and solving problems. It defines the three types of thinking as: [1] Critical thinking involves asking different questions from multiple sources and using logic to evaluate responses. [2] Creative thinking uses brainstorming and considering alternative perspectives to solve problems in new ways. [3] Practical thinking applies past experiences and knowledge to analyze information and remove limitations when taking real-world action. The document provides an example of using these thinking skills to choose a math professor.
This document provides information about classroom rights and responsibilities, Socratic seminars, and moral development. It discusses guidelines for participating respectfully and effectively in Socratic discussions. Examples of open-ended questions that could spark philosophical dialogue are presented. Kohlberg's stages of moral development are outlined. Brief dilemmas are posed to illustrate different levels of moral reasoning. The role of the leader in facilitating respectful exchange of ideas is described. Sources that informed the content are cited.
21st Century Learning and Regional Training Center's Thinking Skills CourseRegional Training Center
RTC's Course Encouraging Skillful, Critical and Creative Thinking embodies the FOUR C's of 21st Century Learning: Critical Thinking, Creative Thinking, Communication, and Collaboration
The document discusses various collaborative learning activities and higher order thinking skills (HOTS) activities that can be used in the classroom. It provides descriptions and step-by-step instructions for implementing different group activities like round robin, numbered heads together, pairs check, three step interview, and think pair share. These activities encourage cooperation among students and hold individuals accountable for contributing to the group. The document also briefly defines creative learning and HOTS, noting that they develop skills like problem solving, creativity, and building knowledge through creative instructional techniques rather than memorization.
Strategies for developing creativity and ctCOB1998
This document provides strategies for developing creativity and critical thinking in the classroom. For creativity, it suggests questioning assumptions, redefining problems, generating ideas, cross-fertilizing ideas across disciplines, and encouraging creative collaboration. For critical thinking, it recommends using questions, classroom discussions and debates using various models, case study methods, writing assignments, and cooperative learning strategies. The goal is to challenge students at different cognitive levels and provide an environment that encourages open-minded thinking.
1) Socratic questioning is a tool for guiding critical thinking through analyzing and evaluating ideas using disciplined questioning.
2) It involves asking open-ended questions to probe issues, uncover assumptions, clarify meaning, establish conclusions, and explore implications.
3) The goal is to help students develop self-directed thinking by eliciting their own ideas and allowing them to test and refine their perspectives through discussion.
This document discusses three instructional models for social studies: direct instruction, inquiry, and cooperative learning. The direct instruction model is teacher-centered and involves strategies like lecture and demonstration to transmit information. Hunter's seven step model provides steps for direct instruction lessons. The inquiry model is student-centered and uses questioning techniques to encourage students to seek information. Cooperative learning involves small groups working together toward a common goal using methods like role-playing and jigsaw activities.
Strategies for devloping creativity and critical thinkingchristinabailey07
This document provides strategies for teachers to develop creativity and critical thinking in their students. It recommends incorporating individual, small group, and whole group work into lessons to engage students. It also suggests changing up lessons by adding games, posters, reports and discussions to keep students interested. The document advises starting with low-level questions to build confidence before moving to more complex, open-ended questions requiring evidence-based justification. Small group work and presentations can help students collaborate to find answers and defend their reasoning.
Strategies for devloping creativity and critical thinkingchristinabailey07
This document provides strategies for teachers to develop creativity and critical thinking in their students. It recommends incorporating a variety of activities like individual, small group, and whole class work. Specific suggestions include games, posters, reports and moving from low-level questions to open-ended questions requiring evidence. Teachers should start with building confidence before challenging students with higher-order thinking.
The chapter Lifelines of National Economy in Class 10 Geography focuses on the various modes of transportation and communication that play a vital role in the economic development of a country. These lifelines are crucial for the movement of goods, services, and people, thereby connecting different regions and promoting economic activities.
Elevate Your Nonprofit's Online Presence_ A Guide to Effective SEO Strategies...TechSoup
Whether you're new to SEO or looking to refine your existing strategies, this webinar will provide you with actionable insights and practical tips to elevate your nonprofit's online presence.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
How Barcodes Can Be Leveraged Within Odoo 17Celine George
In this presentation, we will explore how barcodes can be leveraged within Odoo 17 to streamline our manufacturing processes. We will cover the configuration steps, how to utilize barcodes in different manufacturing scenarios, and the overall benefits of implementing this technology.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Training: ISO/IEC 27001 Information Security Management System - EN | PECB
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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.
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.ppt
Maths inquiry symposium
1.
2.
3.
4.
5. Take
Risks
Think, re-think
and check
Reflect on their
thinking
Learn from
others
Solve problems in
different ways
Explain and
justify their
thinking
Ask good math
questions
Friendly
argue
Use different
strategies
6.
7. actively listen
ask inquiring questions
try to understand and make sense of what people
say (sense-making)
explain and justify our thinking
take risks
support each other with our learning
all take responsibility
friendly argue – agree or disagree with justification
only ask for teacher help if the whole group agrees;
use all available resources first
8.
9.
10.
11.
12.
13. Students work in scrap books
Work with one learning community at a time (the
other learning community is doing practice)
Inside student books are 3 differentiated problems
(multiple solutions)
The teacher has anticipated answers and possible
misconceptions prior to lesson (planning)
14.
15. Independent Thinking Time: Students solve the
problem individually without being influenced by other student’s
thinking
Represent your thinking in any way: act out, draw pictures or
diagrams, use symbols, use materials, verbalise, model
16.
17. Students share strategies with group members:
Decide on one solution strategy to become your group strategy.
Explain, question and justify until every group member can
understand and explain your strategy
Provide a mathematical explanation
Use the context of the problem
Develop two or more ways to explain a strategy solution
Ask good maths questions
18.
19.
20. Rehearse your explanation:
Check and make sure everyone in your
group can explain your strategy solution
- practise
Predict any questions you may get asked,
and their answers
21. Share your group strategy with the bigger
group:
One student from each group shares their solution strategy, step by
step. Not just ‘show and tell’
The students in the sharing circle actively listen and try to make
sense of the speaker’s strategy.
Students in the sharing circle question the speaker about their
solution strategy.
Students actively listen, question, explain and justify.
22.
23. Whole community discussion and reflection after
strategies have been shared:
Compare strategies and make connections
Can you see any patterns? What’s the same or different? Why do you
think that?
Reflect on learning: What did you learn? What was tricky? What are
you pleased with?
Identify your next steps
24.
25. During the Piha mini-school rewards day, Mr Thompson had 184
lollipops to give to 8 deserving students who celebrated special
achievements in term 1. How many lollipops did each student
receive?
Jackie brought some boxes of chocolates for the school camp
fundraiser which contained 432 pieces. She decided to give away her
chocolates to 24 of her BFFLs (best friends for life). How many
pieces of chocolate did each BFFL receive?
Kyle collected a mixture of chocolates to sell for the camp fundraiser.
He collected 48 crunchies and 12 dairy milk chocolates. Over one
weekend, Kyle sold 48 crunchies on the Saturday and 0 diary mile
chocolates on the Sunday. What percentage of chocolates did he sell
and didn’t sell?
26. In your pack are three sample questions. Spend
some time doing the following:
Independently thinking and recording
Sharing your process with someone else
Friendly arguing
Identifying misconceptions
27. Your pack contains the basics of what you need
to get started:
A copy of the process for students
A more detailed copy of the process for you
Some example questions
A sample of ‘good math questions’