This is the power point presentation that framed our discussion. If you have questions, please contact John Heffron, LS Principal, or Chris Bezsylko, Curriculum Director.
Problem solving powerpoint no narrationSusan Hewett
The document discusses several studies that examine the use of open-ended problems and problem-based learning in mathematics education. It describes how open-ended problems that allow for multiple solutions can improve students' divergent thinking skills compared to multiple choice or algorithm-based questions. Several studies found that problem-based learning approaches enhanced students' self-confidence, organization, attention, and willingness to participate when compared to traditional expository teaching methods. However, the document also notes some challenges in implementing problem-based learning, including the need for regular use and connection to multiple disciplines.
Expand Your Toolkit: Teacher Strategies for Deeper Math LearningDreamBox Learning
The road to conceptual understanding in mathematics is difficult. Through this journey, our students are required to demonstrate this understanding at every step. With the integration of technology in the classroom, blended learning can support student growth and understanding in math.
Of course, preparing students to model math concepts is problematic if teachers are struggling with the concepts themselves. Blended classrooms can provide support for both the learner and teacher. Want to learn how?
In this webinar, Courtney Foreman showed you how to expand your teaching toolkit by exploring new strategies and techniques for introducing traditionally difficult mathematics concepts to your students. Explore tools to promote the following in your blended classroom:
How to implement tasks that promote reasoning and problem-solving
How to use and connect mathematical representations
How to build procedural fluency from conceptual understanding
This document outlines different creative thinking and problem solving techniques that can be used in tutoring sessions. It discusses having students solve abstract problems using objects to represent concepts, developing online instructions for an electronic fashion project, building students' self-efficacy to increase what they think they are capable of, open-ended questioning to challenge preconceptions and think non-linearly, and generating many ideas without criticism to encourage creative idea generation. The overall aim is to use these techniques to help students develop creative and critical thinking skills in an interactive way.
Understanding Imagination in Project-Based Learning Claims and Evidence for S...EduSkills OECD
This presentation was given by Barbara Schneider at the international conference “Fostering creativity in children and young people through education and culture” in Durham, United Kingdom on 4-5 September 2017.
In this webinar we will present a collection of classroom-based formative assessment techniques for elementary and middle grade mathematics teachers to not only consider, but also to use effectively—everyday. Our guest, Skip Fennell, will also discuss how particular formative assessment techniques can bridge to summative assessments and the preparation for such measures. Fennell will address the suggestion from the National Council of Teachers of Mathematics’ Principles to Actions: Ensuring Mathematical Success for All (2014) that educators leverage assessment opportunities to improve teaching and learning at the classroom and school level.
The document outlines the steps involved in problem solving skills: 1) Recognizing the problem given by the teacher and feeling ownership over solving it; 2) Defining and interpreting the details of the problem through discussion; 3) Collecting relevant data from sources like books and journals suggested by the teacher; 4) Organizing and evaluating the collected data by arranging it scientifically and removing irrelevant information; 5) Arriving at a conclusion by analyzing important points and discussing tentative solutions; 6) Verifying the solution works for new situations to identify any issues.
The Evolution of Blended and Competency-Based Schooling: What Lies Beyond the...DreamBox Learning
Even when we believe we’re thinking “outside the box,” we’re often limited in our capacity to envision new school models that are more personalized, leverage technology effectively, and ultimately improve learning. When designing schools and classrooms, we often don’t realize how heavily our ideas are influenced by the assumptions and mental models we have about learning and education. In this this webinar, Dr. Tim Hudson will explore some of these hidden assumptions and help us imagine the full implications of blended learning that ensures high achievement for all students.
Problem solving powerpoint no narrationSusan Hewett
The document discusses several studies that examine the use of open-ended problems and problem-based learning in mathematics education. It describes how open-ended problems that allow for multiple solutions can improve students' divergent thinking skills compared to multiple choice or algorithm-based questions. Several studies found that problem-based learning approaches enhanced students' self-confidence, organization, attention, and willingness to participate when compared to traditional expository teaching methods. However, the document also notes some challenges in implementing problem-based learning, including the need for regular use and connection to multiple disciplines.
Expand Your Toolkit: Teacher Strategies for Deeper Math LearningDreamBox Learning
The road to conceptual understanding in mathematics is difficult. Through this journey, our students are required to demonstrate this understanding at every step. With the integration of technology in the classroom, blended learning can support student growth and understanding in math.
Of course, preparing students to model math concepts is problematic if teachers are struggling with the concepts themselves. Blended classrooms can provide support for both the learner and teacher. Want to learn how?
In this webinar, Courtney Foreman showed you how to expand your teaching toolkit by exploring new strategies and techniques for introducing traditionally difficult mathematics concepts to your students. Explore tools to promote the following in your blended classroom:
How to implement tasks that promote reasoning and problem-solving
How to use and connect mathematical representations
How to build procedural fluency from conceptual understanding
This document outlines different creative thinking and problem solving techniques that can be used in tutoring sessions. It discusses having students solve abstract problems using objects to represent concepts, developing online instructions for an electronic fashion project, building students' self-efficacy to increase what they think they are capable of, open-ended questioning to challenge preconceptions and think non-linearly, and generating many ideas without criticism to encourage creative idea generation. The overall aim is to use these techniques to help students develop creative and critical thinking skills in an interactive way.
Understanding Imagination in Project-Based Learning Claims and Evidence for S...EduSkills OECD
This presentation was given by Barbara Schneider at the international conference “Fostering creativity in children and young people through education and culture” in Durham, United Kingdom on 4-5 September 2017.
In this webinar we will present a collection of classroom-based formative assessment techniques for elementary and middle grade mathematics teachers to not only consider, but also to use effectively—everyday. Our guest, Skip Fennell, will also discuss how particular formative assessment techniques can bridge to summative assessments and the preparation for such measures. Fennell will address the suggestion from the National Council of Teachers of Mathematics’ Principles to Actions: Ensuring Mathematical Success for All (2014) that educators leverage assessment opportunities to improve teaching and learning at the classroom and school level.
The document outlines the steps involved in problem solving skills: 1) Recognizing the problem given by the teacher and feeling ownership over solving it; 2) Defining and interpreting the details of the problem through discussion; 3) Collecting relevant data from sources like books and journals suggested by the teacher; 4) Organizing and evaluating the collected data by arranging it scientifically and removing irrelevant information; 5) Arriving at a conclusion by analyzing important points and discussing tentative solutions; 6) Verifying the solution works for new situations to identify any issues.
The Evolution of Blended and Competency-Based Schooling: What Lies Beyond the...DreamBox Learning
Even when we believe we’re thinking “outside the box,” we’re often limited in our capacity to envision new school models that are more personalized, leverage technology effectively, and ultimately improve learning. When designing schools and classrooms, we often don’t realize how heavily our ideas are influenced by the assumptions and mental models we have about learning and education. In this this webinar, Dr. Tim Hudson will explore some of these hidden assumptions and help us imagine the full implications of blended learning that ensures high achievement for all students.
The document discusses the Bolles methodology for teaching mathematics. It focuses on using a constructivist approach with differentiated instruction, number sense, and multiple strategies. It emphasizes assessment, small group work, journal writing, and incorporating multiple intelligences. The document provides examples of mathematics lessons and assessments based on the Singapore mathematics curriculum and common core state standards. It shows the Newman procedure for solving word problems step-by-step and compares test items to assess student understanding.
This document discusses critical thinking and its importance. Critical thinking is exercising sound reasoning to understand complex issues and make informed decisions. It involves skills like analyzing, evaluating, and synthesizing information from multiple sources. Critical thinking plays an important role in the 21st century by supporting success, decision-making, curiosity, and learning. The document also provides examples of how technology like Photoshop, blogs, and webquests can promote critical thinking skills in students. It concludes that critical thinking encourages open-mindedness, questioning problems, testing conclusions, and finding solutions to complex issues.
This document discusses critical thinking and its importance. Critical thinking is exercising sound reasoning to understand complex issues and make informed decisions. It involves skills like analyzing, evaluating, and synthesizing information from multiple sources. Critical thinking plays an important role in the 21st century by supporting success, decision-making, curiosity, and learning. The document also provides examples of how technology like Photoshop, blogs, and webquests can promote critical thinking skills in students. It concludes that critical thinking encourages open-minded reflection and testing conclusions with evidence to solve complex problems.
The document discusses effective teaching strategies for mathematics instruction. It provides quotes emphasizing the importance of teaching and lists research-backed instructional techniques. These include direct instruction, questioning, peer tutoring, mastery learning, and metacognitive strategies. The document also discusses using differentiated practices, problem-solving, study skills, and goal setting. It focuses on supporting all students and closing achievement gaps.
This document outlines strategies for developing excellence in school education. It discusses how today's students come to school with information rather than just seeking information, so schools must focus on developing problem-solving and critical thinking skills through experiential learning. 21st century schooling requires moving beyond standardized testing and curricula to innovative and flexible learning that emphasizes collaboration, divergent thinking, and making sense of abundant information. Developing an ecosystem that includes faculty, methodology, infrastructure, students, technology, and bringing all stakeholders together is key. The document advocates for igniting student creativity and imagination rather than just lecturing, and tailoring learning designs to individual circumstances.
Silvana Richardson - Making Learning Visible eaquals
This document discusses making learning visible to students and teachers through various strategies. It begins by introducing the concept of visible learning and its benefits. Then it explores three key strategies: 1) sharing learning intentions with students, which helps clarify the focus and purpose of lessons; 2) developing success criteria to describe what successful achievement looks like; and 3) seeking feedback on learning, which has one of the biggest impacts on learning according to research. Specific examples and advice are provided for implementing each strategy, and common issues teachers face are addressed. Overall, the document advocates a multipronged approach to supporting teachers in making learning visible in their classrooms.
Want to Engage Your Students? Engage Them in the Math PracticesDreamBox Learning
It’s one of the most important questions math teachers ask every day: how do we engage students in meaningful, enjoyable mathematics? In this webinar for the Adaptive Math Learning community, presenters Zachary Champagne, Researcher at the Mathematics Formative Assessment Project at the Florida Center for Research in Science, Technology, Engineering, and Mathematics (FCR-STEM), and Tim Hudson, former Math Curriculum Coordinator for Missouri’s Parkway School District, and DreamBox’s Senior Director of Curriculum Design, shared useful insights about the Mathematical Practices that will help deepen students’ understanding, enjoyment, and success in math class. Zachary and Tim discussed how to stop teaching ‘tricks’ and instead engage students in thinking like a mathematician. They also shared insights about the power of formative assessment, the importance of uncovering students’ intuitive thinking, and how technologies such as adaptive learning can support the Mathematical Practices. Topics included: understanding equality and precision, observing students engaged in sense-making, and designing learning experiences that empower students to “look for” important mathematics. Additionally, Julie Benay, Principal of Malletts Bay School in Vermont, shared how her school implemented DreamBox and the outcomes they experienced. View the webinar to learn how to make math more engaging for your students.
Assessment & Feedback in Mathematics Colleen YoungColleen Young
Assessment for learning involves using formative assessment to check student understanding and provide feedback to improve learning. It focuses on giving constructive feedback that informs further learning rather than comparing students or grading. Research shows feedback on errors and getting students to correct mistakes significantly improves performance. Feedback also positively influences motivation and self-esteem. For feedback to be effective, students must use it to further their own learning. The quality of relationships between teachers and students impacts how students engage with feedback.
Connect with Maths: Advocating for the mathematically highly capableRenee Hoareau
Advocating for mathematically highly capable students (Primary years) presented by Linda Parish
Contrary to popular belief students who are mathematically highly capable or gifted are not a ‘privileged’ group, they are simply children who learn differently and therefore may require a different type of teacher support. This session explores some of the unique learning needs of mathematically highly capable students, and suggests some important ways teachers may be able to support this learning in the regular mathematics classroom.
The associated webinar and resources can be found at the Connect with Maths Engaging All Students community - http://connectwith.engaging.aamt.edu.au
Connect with Maths~ supporting the teaching of mathematics ONLINE
This test is designed as a brief survey to identify the possibility of the presence of the learning
disability Dyscalculia, a problem that can interfere with a student’s ability to understand and use
math and spatial reasoning. Because this quiz is general and designed to be used throughout the
elementary grades, younger students may not understand all of the questions. This is normal and not
a big source of concern.
2nd That Emotion: Support for the Affective DomainFred Feldon
Los Angeles Valley College AB 705 Math Workshop, May 17, 2019. Design principles for high-challenge, high-support curricula and pedagogy includes intentional support for students' affective needs. The non-cognitive domain plays an undeniable role in reducing students' fears and increasing students' willingness to engage with challenging tasks.
This document contains a summary of key ideas from Daniel Willingham's book "Why Don't Students Like School?" including that the brain is designed for survival, not thinking. It also discusses how curiosity and thinking work, and implications for instruction like making information meaningful and relevant to students. The document ends with additional resources on cognitive science and teaching.
Creating opportunities to develop algebraic thinking and enhancing conceptual understanding of mathematics is essential at every grade level. In this webinar, Math/Technology Curriculum Specialist Aubree Short explored the use of problem solving methods and hands-on manipulatives to guide students in the discovery of algebraic concepts at all levels of learning.
Why Don't Students Like School explores Dan Willingham's book of the same name in a presentation given by David Schult at the T3 conference in San Pedro Sula, Honduras on February 12, 2010.
University of Brighton - studentquest 1 "Who is Herring Hale?"Katie Piatt
The document describes a mystery game used to introduce first-year university students to support services during their induction. The game involved weekly clues emailed to students that directed them to an online community site. By solving puzzles and clues on the site, students learned about resources like the careers office and took breaks from their coursework. Student feedback indicated the game was an engaging way to learn about support services and feel more connected to the university community.
This document discusses the problem of insufficient usage of materials in education. A group of students conducted research on this topic, including determining the problem, choosing it for study, creating a fishbone diagram to identify causes, distributing a survey to students, and interviewing a teacher. The survey results showed that students find course books unsuitable and use additional materials that impact their budgets. Interviews found suggestions like choosing extra materials based on level and using technology like smart boards. The group's research identified the curriculum as a main cause and their action plan is to arrange the curriculum according to current needs and add extra practice classes.
This article discusses innovative teaching methods for science education in junior secondary schools. It begins by defining key concepts like approach, strategy, technique and method. It then describes 10 innovative teaching methods: reflective teaching, inductive method, inquiry method, problem solving method, cooperative learning method, peer teaching method, simulation method, observation method, blended learning method, and gamification method. For each method, it provides the characteristics, strategies and advantages. It concludes that these learner-centered innovative methods can improve student engagement and learning outcomes compared to traditional teaching approaches.
Coastline College Summer Technology Institute 2017 - Engage and motivate your students with a free program for collaboration and formative assessment. Kahoot is compatible with all the devices your students bring to class (laptop, tablet, cell phone). As with everything else in the classroom, however, what's important is not the technology but the pedagogy.
This document discusses constructivism and its implications for promoting active, collaborative, inquiry-based learning in a virtual environment. It provides examples of how interactive tools, virtual manipulatives, online discussions, and collaborative projects can support constructivist learning principles. While constructivist methods may improve higher-order thinking, they do not necessarily boost performance on traditional tests, so a variety of teaching strategies is recommended.
The document discusses inquiry-based learning, an approach that engages students in investigating topics through questioning, problem-solving, and developing their own understanding. It provides definitions and benefits of inquiry learning, examples of different levels of inquiry from teacher-directed to student-directed, and recommends instructional strategies like simulations, projects, field studies and demonstrations. The goal is to develop lifelong learners who can build knowledge and think critically about the world.
The document discusses the Bolles methodology for teaching mathematics. It focuses on using a constructivist approach with differentiated instruction, number sense, and multiple strategies. It emphasizes assessment, small group work, journal writing, and incorporating multiple intelligences. The document provides examples of mathematics lessons and assessments based on the Singapore mathematics curriculum and common core state standards. It shows the Newman procedure for solving word problems step-by-step and compares test items to assess student understanding.
This document discusses critical thinking and its importance. Critical thinking is exercising sound reasoning to understand complex issues and make informed decisions. It involves skills like analyzing, evaluating, and synthesizing information from multiple sources. Critical thinking plays an important role in the 21st century by supporting success, decision-making, curiosity, and learning. The document also provides examples of how technology like Photoshop, blogs, and webquests can promote critical thinking skills in students. It concludes that critical thinking encourages open-mindedness, questioning problems, testing conclusions, and finding solutions to complex issues.
This document discusses critical thinking and its importance. Critical thinking is exercising sound reasoning to understand complex issues and make informed decisions. It involves skills like analyzing, evaluating, and synthesizing information from multiple sources. Critical thinking plays an important role in the 21st century by supporting success, decision-making, curiosity, and learning. The document also provides examples of how technology like Photoshop, blogs, and webquests can promote critical thinking skills in students. It concludes that critical thinking encourages open-minded reflection and testing conclusions with evidence to solve complex problems.
The document discusses effective teaching strategies for mathematics instruction. It provides quotes emphasizing the importance of teaching and lists research-backed instructional techniques. These include direct instruction, questioning, peer tutoring, mastery learning, and metacognitive strategies. The document also discusses using differentiated practices, problem-solving, study skills, and goal setting. It focuses on supporting all students and closing achievement gaps.
This document outlines strategies for developing excellence in school education. It discusses how today's students come to school with information rather than just seeking information, so schools must focus on developing problem-solving and critical thinking skills through experiential learning. 21st century schooling requires moving beyond standardized testing and curricula to innovative and flexible learning that emphasizes collaboration, divergent thinking, and making sense of abundant information. Developing an ecosystem that includes faculty, methodology, infrastructure, students, technology, and bringing all stakeholders together is key. The document advocates for igniting student creativity and imagination rather than just lecturing, and tailoring learning designs to individual circumstances.
Silvana Richardson - Making Learning Visible eaquals
This document discusses making learning visible to students and teachers through various strategies. It begins by introducing the concept of visible learning and its benefits. Then it explores three key strategies: 1) sharing learning intentions with students, which helps clarify the focus and purpose of lessons; 2) developing success criteria to describe what successful achievement looks like; and 3) seeking feedback on learning, which has one of the biggest impacts on learning according to research. Specific examples and advice are provided for implementing each strategy, and common issues teachers face are addressed. Overall, the document advocates a multipronged approach to supporting teachers in making learning visible in their classrooms.
Want to Engage Your Students? Engage Them in the Math PracticesDreamBox Learning
It’s one of the most important questions math teachers ask every day: how do we engage students in meaningful, enjoyable mathematics? In this webinar for the Adaptive Math Learning community, presenters Zachary Champagne, Researcher at the Mathematics Formative Assessment Project at the Florida Center for Research in Science, Technology, Engineering, and Mathematics (FCR-STEM), and Tim Hudson, former Math Curriculum Coordinator for Missouri’s Parkway School District, and DreamBox’s Senior Director of Curriculum Design, shared useful insights about the Mathematical Practices that will help deepen students’ understanding, enjoyment, and success in math class. Zachary and Tim discussed how to stop teaching ‘tricks’ and instead engage students in thinking like a mathematician. They also shared insights about the power of formative assessment, the importance of uncovering students’ intuitive thinking, and how technologies such as adaptive learning can support the Mathematical Practices. Topics included: understanding equality and precision, observing students engaged in sense-making, and designing learning experiences that empower students to “look for” important mathematics. Additionally, Julie Benay, Principal of Malletts Bay School in Vermont, shared how her school implemented DreamBox and the outcomes they experienced. View the webinar to learn how to make math more engaging for your students.
Assessment & Feedback in Mathematics Colleen YoungColleen Young
Assessment for learning involves using formative assessment to check student understanding and provide feedback to improve learning. It focuses on giving constructive feedback that informs further learning rather than comparing students or grading. Research shows feedback on errors and getting students to correct mistakes significantly improves performance. Feedback also positively influences motivation and self-esteem. For feedback to be effective, students must use it to further their own learning. The quality of relationships between teachers and students impacts how students engage with feedback.
Connect with Maths: Advocating for the mathematically highly capableRenee Hoareau
Advocating for mathematically highly capable students (Primary years) presented by Linda Parish
Contrary to popular belief students who are mathematically highly capable or gifted are not a ‘privileged’ group, they are simply children who learn differently and therefore may require a different type of teacher support. This session explores some of the unique learning needs of mathematically highly capable students, and suggests some important ways teachers may be able to support this learning in the regular mathematics classroom.
The associated webinar and resources can be found at the Connect with Maths Engaging All Students community - http://connectwith.engaging.aamt.edu.au
Connect with Maths~ supporting the teaching of mathematics ONLINE
This test is designed as a brief survey to identify the possibility of the presence of the learning
disability Dyscalculia, a problem that can interfere with a student’s ability to understand and use
math and spatial reasoning. Because this quiz is general and designed to be used throughout the
elementary grades, younger students may not understand all of the questions. This is normal and not
a big source of concern.
2nd That Emotion: Support for the Affective DomainFred Feldon
Los Angeles Valley College AB 705 Math Workshop, May 17, 2019. Design principles for high-challenge, high-support curricula and pedagogy includes intentional support for students' affective needs. The non-cognitive domain plays an undeniable role in reducing students' fears and increasing students' willingness to engage with challenging tasks.
This document contains a summary of key ideas from Daniel Willingham's book "Why Don't Students Like School?" including that the brain is designed for survival, not thinking. It also discusses how curiosity and thinking work, and implications for instruction like making information meaningful and relevant to students. The document ends with additional resources on cognitive science and teaching.
Creating opportunities to develop algebraic thinking and enhancing conceptual understanding of mathematics is essential at every grade level. In this webinar, Math/Technology Curriculum Specialist Aubree Short explored the use of problem solving methods and hands-on manipulatives to guide students in the discovery of algebraic concepts at all levels of learning.
Why Don't Students Like School explores Dan Willingham's book of the same name in a presentation given by David Schult at the T3 conference in San Pedro Sula, Honduras on February 12, 2010.
University of Brighton - studentquest 1 "Who is Herring Hale?"Katie Piatt
The document describes a mystery game used to introduce first-year university students to support services during their induction. The game involved weekly clues emailed to students that directed them to an online community site. By solving puzzles and clues on the site, students learned about resources like the careers office and took breaks from their coursework. Student feedback indicated the game was an engaging way to learn about support services and feel more connected to the university community.
This document discusses the problem of insufficient usage of materials in education. A group of students conducted research on this topic, including determining the problem, choosing it for study, creating a fishbone diagram to identify causes, distributing a survey to students, and interviewing a teacher. The survey results showed that students find course books unsuitable and use additional materials that impact their budgets. Interviews found suggestions like choosing extra materials based on level and using technology like smart boards. The group's research identified the curriculum as a main cause and their action plan is to arrange the curriculum according to current needs and add extra practice classes.
This article discusses innovative teaching methods for science education in junior secondary schools. It begins by defining key concepts like approach, strategy, technique and method. It then describes 10 innovative teaching methods: reflective teaching, inductive method, inquiry method, problem solving method, cooperative learning method, peer teaching method, simulation method, observation method, blended learning method, and gamification method. For each method, it provides the characteristics, strategies and advantages. It concludes that these learner-centered innovative methods can improve student engagement and learning outcomes compared to traditional teaching approaches.
Coastline College Summer Technology Institute 2017 - Engage and motivate your students with a free program for collaboration and formative assessment. Kahoot is compatible with all the devices your students bring to class (laptop, tablet, cell phone). As with everything else in the classroom, however, what's important is not the technology but the pedagogy.
This document discusses constructivism and its implications for promoting active, collaborative, inquiry-based learning in a virtual environment. It provides examples of how interactive tools, virtual manipulatives, online discussions, and collaborative projects can support constructivist learning principles. While constructivist methods may improve higher-order thinking, they do not necessarily boost performance on traditional tests, so a variety of teaching strategies is recommended.
The document discusses inquiry-based learning, an approach that engages students in investigating topics through questioning, problem-solving, and developing their own understanding. It provides definitions and benefits of inquiry learning, examples of different levels of inquiry from teacher-directed to student-directed, and recommends instructional strategies like simulations, projects, field studies and demonstrations. The goal is to develop lifelong learners who can build knowledge and think critically about the world.
This document discusses inquiry-based learning, which involves students gathering information by asking questions to expand their knowledge. It is used to engage students and encourage independent learning compared to traditional fact-based teaching. The importance of inquiry-based learning is that it develops students' questioning, research, communication, problem-solving and collaboration skills. Applying inquiry-based learning in class involves leading discussions around student questions and debates without interrupting to encourage critical thinking.
Intelligent Adaptive Learning: A Powerful Element for 21st Century Learning &...DreamBox Learning
In this webinar, Dr. Tim Hudson shares insights about leveraging technology to improve student learning. At a time when schools are exploring “flipped” and “blended” learning models, it’s important to deeply understand how to design effective learning experiences, curriculum, and differentiation approaches. The quality of students’ digital learning experiences is just as important as the quality of their educational experiences inside the classroom. Having worked for over 10 years in public education as a teacher and administrator, Dr. Hudson has worked with students, parents, and teachers to improve learning outcomes for all students. As Curriculum Director at DreamBox Learning, he provides an overview of Intelligent Adaptive Learning, a next generation technology available to schools that uses sound pedagogy to tailor learning to each student’s unique needs. This webinar focuses on how administrators and teachers can make true differentiation a reality by focusing on learning goals and strategic use of technology.
This document outlines a professional development session for teachers on implementing changes to the teaching of mathematics at RPPS. It introduces the "Mathematician's Model" which involves dividing math lessons into four "toolbox lessons" focusing on developing problem solving strategies and mental math skills, and two "Be a Mathematician" lessons using rich, open-ended tasks. Examples of effective rich tasks are provided, emphasizing that they should be problem-based, inquiry-driven, collaborative, and engage students through hands-on experiences. The session celebrates mathematicians as role models and quotes Paul Halmos emphasizing experimentation and problem-solving over memorization of facts.
This document discusses putting pedagogy before technology in education. It advocates developing teaching approaches based on active, collaborative and authentic learning before adopting educational technologies. The document provides examples of these pedagogical approaches, such as using problem-based learning, simulations and team projects. It also discusses issues with traditional exams and promotes more authentic forms of assessment that require students to apply their knowledge, such as projects, portfolios and presentations.
This document provides guidance on effective lecturing techniques for teaching medical and dental students. It recommends that lectures be used to present complex information that students cannot easily learn on their own. Effective lectures clearly organize information using analogies, metaphors and examples to illustrate concepts in a way that connects to students' backgrounds. The document outlines eight steps for active lecturing, including knowing your audience, having a clear outline or map, engaging students at the beginning and middle of the lecture, using visual aids and movement, providing a conclusion, and having students apply the lecture material after class. The overall goal is for lectures to help students make connections and link new concepts to their existing knowledge.
first of 2 sessions focusing on including and teaching struggling readers in the class with choice, open-ended strategies, and a focus on background knowledge.
Effectively Differentiating Mathematics Instruction to Help Struggling StudentsDreamBox Learning
Donna Knoell will offer ideas for blended learning strategies to help students understand mathematical concepts, increase achievement, and enhance confidence. Learn how to incorporate vocabulary, problem solving strategies, and manipulatives to help students develop reasoning skills and proficiency.
Join the discussion of issues including:
• Using blended learning strategies to increase mathematical achievement
• Integrating mathematical discourse to help students develop effective reasoning skills and proficiency
• Combining manipulatives and problem solving strategies in the classroom
This document discusses translating scientific research into effective classroom activities. It emphasizes that activities should engage students, be relevant, build skills over time, and clearly define goals and assessment. Effective activities encourage critical thinking, have students work in groups, and explore authentic problems with multiple solutions. The document provides principles for designing activities, such as setting goals, measuring success, and engaging students. It recommends strategies like using visualizations, data, and authentic problem-solving.
The document discusses advanced teaching methods that can improve student learning and engagement. It begins by introducing the transition from traditional to more innovative computer-based presentations. It then outlines 16 innovative teaching methods like using educational videos, interactive learning activities, role playing, puzzles and games, and introducing lessons like stories. The goal of these methods is to motivate student participation and help them retain information more effectively. Advanced technology, spaced learning, real-world examples, and an open mindset can also enhance teaching. Overall, the document promotes collaborative and creative teaching approaches.
In the changing global times, the educators must adopt the blended learning approach and gain knowledge about the new tools and techniques so that they can help their learners acquire digital literacy and problem solving. The educators are expected to recognize individual differences and design personalized learning opportunities to encourage critical and creative thinking.
This document summarizes an entrepreneurship education pilot course for Finnish teacher trainees. The course aimed to teach creative problem solving skills through practice-based methods. Students worked through a creative problem solving process to address real-life problems, using tools like mind mapping. Feedback indicated the course helped students understand problem-based learning and how to apply different thinking patterns to develop solutions. The course will be expanded to more universities and further research will assess how to improve supporting the creative process.
This document summarizes key figures in constructivism and its implications for teaching. It outlines the constructivist theories of Piaget, Bruner, Vygotsky, Dewey, and Vico. According to constructivism, knowledge is actively constructed by learners through experiences and interactions. Teachers should engage students in hands-on learning by asking questions and encouraging collaboration. Students are active learners who construct their own understanding through exploration, inquiry, and problem-solving.
This document outlines the scientific method and its use in education. It defines the scientific method as a systematic way of acquiring knowledge through inquiry. The key steps of the scientific method are described as asking a question, conducting research and observations, developing a hypothesis, testing the hypothesis through experiments, analyzing results, drawing a conclusion, and communicating results. The objectives and merits of using the scientific method in teaching are also discussed, such as developing scientific thinking, curiosity, and skills in data collection and analysis. Some limitations are noted, such as it being time consuming. Overall, the document advocates for using the scientific method in the classroom to train students in logical problem solving.
This document outlines the scientific method and its use in education. It defines the scientific method as a systematic way of acquiring knowledge through inquiry. The key steps of the scientific method are described as asking a question, conducting research and observations, developing a hypothesis, testing the hypothesis through experiments, analyzing results, drawing a conclusion, and communicating results. The objectives and merits of using the scientific method in teaching are also discussed, such as developing scientific thinking skills and problem-solving independence. Some limitations are noted, such as the time required. Overall, the document advocates for using the scientific method in the classroom to teach students how to logically investigate and find answers to questions.
This document discusses how to provide pace and challenge in lessons. It defines pace as moving quickly between well-ordered activities with enough thinking time. Challenge involves extending students' knowledge and skills and having them think for themselves to solve problems rather than being spoon-fed. Teachers can create challenge through high-level questioning, modeling thinking, scaffolding difficult tasks, and encouraging metacognition and reflection on the learning process. A variety of thinking tools and activities are presented to help structure challenging lessons.
Similar to Lower School Math Night Presentation (20)
This document provides information about Henderson International School's middle school program for 4th grade families. It discusses the developmental needs of pre-adolescents and why a K-8 school model is more developmentally appropriate than standalone middle schools. The middle school at HIS focuses on being developmentally responsive, challenging, empowering, and equitable for students based on research from the Association for Middle Level Education. It provides an overview of the academic program, extracurricular activities, and staff.
Henderson International School hosted a Ramp-Up for current 5th grade Families to highlight the values of a PS-8 program and to discuss our middle school program.
Showcasing educational technology and meaningful integration at Henderson International School to enhance and enrich student learning beyond the classroom walls.
Thanks to all of the faculty, parents, and students for participating in our BTSN. We are off to a great start and we are so blessed to work with and learn with your children each school day.
The benefits of outdoor education have been lauded in scientific journals and popular magazines. Henderson International School middle school students and faculty participate in overnight Outdoor Ed trips each fall to build community, encourage self-discovery, promote growth-mindsets, and enjoy the great outdoors!
This presentation was shared with families and faculty on Aug 26, 2014.
Students, teachers, and families came together to learn how the new 1:1 device program at HIS has impacted learning. This powerpoint provides an overview of the content that was discussed during the event, but the real highlight was Speed Geeking. Thanks to all of our student 'geeks' - you stole the show!
This slideshow served as a launching point for our conversation during the all-group presentation. I'd be happy to share particulars about that conversation with families who were not able to join us.
The document summarizes Henderson International School's middle school outdoor education program. It discusses that the program is based on developing leadership, inclusiveness, teamwork and respect for nature through outdoor activities. It provides details on the two camps students will attend, AstroCamp and Mountain Astro Physics Science Camp, including location, facilities, activities, and required participation. It outlines the packet students need containing medical forms, packing lists and contact information. It also provides instructions for communication from camp and in case of emergencies.
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!"
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
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.
বাংলাদেশের অর্থনৈতিক সমীক্ষা ২০২৪ [Bangladesh Economic Review 2024 Bangla.pdf] কম্পিউটার , ট্যাব ও স্মার্ট ফোন ভার্সন সহ সম্পূর্ণ বাংলা ই-বুক বা pdf বই " সুচিপত্র ...বুকমার্ক মেনু 🔖 ও হাইপার লিংক মেনু 📝👆 যুক্ত ..
আমাদের সবার জন্য খুব খুব গুরুত্বপূর্ণ একটি বই ..বিসিএস, ব্যাংক, ইউনিভার্সিটি ভর্তি ও যে কোন প্রতিযোগিতা মূলক পরীক্ষার জন্য এর খুব ইম্পরট্যান্ট একটি বিষয় ...তাছাড়া বাংলাদেশের সাম্প্রতিক যে কোন ডাটা বা তথ্য এই বইতে পাবেন ...
তাই একজন নাগরিক হিসাবে এই তথ্য গুলো আপনার জানা প্রয়োজন ...।
বিসিএস ও ব্যাংক এর লিখিত পরীক্ষা ...+এছাড়া মাধ্যমিক ও উচ্চমাধ্যমিকের স্টুডেন্টদের জন্য অনেক কাজে আসবে ...
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.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
South African Journal of Science: Writing with integrity workshop (2024)
Lower School Math Night Presentation
1. Investigations Math
“We are usually convinced more easily
by reasons we have found ourselves
than by those which have occurred to
others.”
~ Blaise Pascal
5. Framework for 21st Century Learning
• Learning and Innovation skills are what
separate students who are prepared for
increasingly complex life and work
environments in today’s world and those who
are not. The include:
– Creativity and Innovation
– Critical Thinking and Problem Solving
– Communication and Collaboration
6. • Students who do demanding work in school
perform better than students who are given
less demanding work (Chicago School
Research Project)
– Work that requires the construction of knowledge through disciplined
inquiry including the use of in-depth understanding
– Work that requires elaborate communication
– Work that has value beyond success at school
8. Conceptual Understanding
Students with Conceptual
Understanding…
• know more than isolated facts and methods,
• know why a mathematical idea is important
and the kinds of contexts in which it is useful
• are able to learn new ideas by connecting
them to ideas they already know, and
• are able to remember or retain ideas
•
•
•
•
now more than isolated facts and methods,
know why a mathematical idea is important and the kinds of contexts in which it is useful
are able to learn new ideas by connecting them to ideas they already know, and
are able to remember or retain i
9. “Education is not just about learning ‘the
answer’ but also about learning how to
think, question, and continually learn.”
- J. McTighe & G. Wiggins, “Opening Doors to Student
Understanding”
10. Make a Fraction
4
•
•
•
•
5
6
Make the smallest possible fraction
Make the largest possible fraction
Make the fraction closest to 2
Make the fraction closest to 1
9
17. Games in Investigations
• Games provide engaging opportunities for
students to deepen their understanding of the
number system and operations and to practice
computation.
• Playing games encourages strategic
mathematical thinking as students find an
optimal way of “winning” the game.
18. Games in Investigations
• Games provide repeated practice without
requiring the teacher to provide new
problems.
• While students are playing the games, the
teacher is free to observe students or to work
with individuals or small groups.
Editor's Notes
How many of you have had to solve a division of fractions problem like this in your real life, say in the past week, or month?How did you feel about Math in school? Raise your hand if you loved Math in school.How could you test to see if this is the right answer? How do you know?
where would you place this task on the R/R framework and why?