The document outlines a three stage process for designing curriculum and instruction called backward design. Stage 1 involves identifying desired learning outcomes and establishing goals. Stage 2 determines how student understanding will be assessed through evidence. Stage 3 plans learning experiences and instruction necessary to achieve the goals and demonstrate the desired evidence of understanding.
The document discusses key skills and abilities that students should develop, and ways to assess them, including:
1. Explain, interpret, apply concepts and have perspective and empathy, which can be assessed through oral exams, performance tasks, and demonstrating understanding of other views.
2. Have self-knowledge, which can be assessed through self-assessment and checking understanding over time.
3. When designing assessments, teachers should think about sufficient evidence of understanding, engaging activities, anchoring performance tasks, criteria for distinguishing understanding, and checking for misunderstandings.
This document outlines an educational session on differentiated instruction. The objectives are to discuss DI principles, identify activities for each component, and identify learner-needs activities. An activity called "Fact or Bluff" tests participants' understanding of DI statements. Basic DI principles are outlined, including being student-centered, flexible grouping, and creating a learning climate. Tomlinson's four ways of differentiating instruction are discussed: content, process, product, and environment. Examples are provided for each. The session concludes with groups planning a DI-formatted economics lesson considering learner readiness, interests, and profiles.
The document outlines the requirements and evaluation criteria for a field study experience at the Saint Francis of Assisi College Learning Resource Center. It includes a description of the center's available learning resources, which are categorized into print, audio, non-electronic visual, and ICT resources. The student then analyzes the center by noting that the resources are properly arranged and accessible. Strengths include the ventilation and accommodations, while a weakness is the single computer unit. Suggestions are made to increase computer availability for student use.
This document contains a student's evaluation form for their field study performance in organizing content for meaningful learning. It includes categories for observation/documentation, analysis, reflection, portfolio, and submission. The student will receive a score and rating in each category, which will be totaled for an overall score. The overall score will then be converted to a grade based on a provided transmutation scale. The document also includes the student's tools - an observation sheet where they documented their observation of a resource teacher, an analysis of how the teacher taught the content meaningfully, a reflection on teaching subjects interestingly, and their lesson plan portfolio integrating a value into a cognitive or skill lesson.
The document outlines six facets of understanding: 1) Explanation - providing knowledgeable accounts and inferences about why and how with evidence; 2) Interpretation - providing meaning and narratives to illustrate human experience; 3) Application - using knowledge effectively in new situations; 4) Perspective - considering critical and insightful points of view; 5) Empathy - getting inside another person's feelings and worldviews; 6) Self-knowledge - understanding one's own ignorance, blind spots, and preferred learning methods to develop further understanding. Developing these six facets is important for students to demonstrate a sophisticated level of understanding.
The document discusses key skills and abilities that students should develop, and ways to assess them, including:
1. Explain, interpret, apply concepts and have perspective and empathy, which can be assessed through oral exams, performance tasks, and demonstrating understanding of other views.
2. Have self-knowledge, which can be assessed through self-assessment and checking understanding over time.
3. When designing assessments, teachers should think about sufficient evidence of understanding, engaging activities, anchoring performance tasks, criteria for distinguishing understanding, and checking for misunderstandings.
This document outlines an educational session on differentiated instruction. The objectives are to discuss DI principles, identify activities for each component, and identify learner-needs activities. An activity called "Fact or Bluff" tests participants' understanding of DI statements. Basic DI principles are outlined, including being student-centered, flexible grouping, and creating a learning climate. Tomlinson's four ways of differentiating instruction are discussed: content, process, product, and environment. Examples are provided for each. The session concludes with groups planning a DI-formatted economics lesson considering learner readiness, interests, and profiles.
The document outlines the requirements and evaluation criteria for a field study experience at the Saint Francis of Assisi College Learning Resource Center. It includes a description of the center's available learning resources, which are categorized into print, audio, non-electronic visual, and ICT resources. The student then analyzes the center by noting that the resources are properly arranged and accessible. Strengths include the ventilation and accommodations, while a weakness is the single computer unit. Suggestions are made to increase computer availability for student use.
This document contains a student's evaluation form for their field study performance in organizing content for meaningful learning. It includes categories for observation/documentation, analysis, reflection, portfolio, and submission. The student will receive a score and rating in each category, which will be totaled for an overall score. The overall score will then be converted to a grade based on a provided transmutation scale. The document also includes the student's tools - an observation sheet where they documented their observation of a resource teacher, an analysis of how the teacher taught the content meaningfully, a reflection on teaching subjects interestingly, and their lesson plan portfolio integrating a value into a cognitive or skill lesson.
The document outlines six facets of understanding: 1) Explanation - providing knowledgeable accounts and inferences about why and how with evidence; 2) Interpretation - providing meaning and narratives to illustrate human experience; 3) Application - using knowledge effectively in new situations; 4) Perspective - considering critical and insightful points of view; 5) Empathy - getting inside another person's feelings and worldviews; 6) Self-knowledge - understanding one's own ignorance, blind spots, and preferred learning methods to develop further understanding. Developing these six facets is important for students to demonstrate a sophisticated level of understanding.
The document discusses the requirements and characteristics of being a professional teacher based on an interview with a teacher. It notes that the teacher graduated from university in 1981 and 1988, passed the licensure exam with a high score, has over 30 years of teaching experience, and actively participates in professional development activities. It also outlines the code of conduct and standards of behavior that professional teachers are expected to uphold, such as adhering to laws, showing respect, and having expertise in their field.
The document describes a field study experience of a student teacher evaluating a teacher's competencies based on the National Competency-Based Teacher Standards (NCBTS).
The student teacher observed that the teacher had fair ratings across most NCBTS domains, indicating room for improvement to meet global standards. While the teacher met some requirements, most descriptions were only "developing" which would not be sufficient to compete globally.
The student reflected that with continued learning and developing 21st century skills, they could potentially meet the challenges of being a global teacher in the future through practices like integrating ICT and thinking more globally in their teaching.
This document discusses various educational technology tools and their purposes and benefits. It covers CAD software like AutoCAD and Alibre for creating models, music editors and MIDI tools like Garageband for developing musical compositions, reading tools such as Readability formulas and Accelerated Reader to help teachers select stories and motivate students to read, and microcomputer-based labs, calculator-based labs, and graphing calculators to assist with experiments measuring light, temperature, voltage and speed. It also mentions geographic information systems and global positioning systems for studying locations and navigation, as well as online foreign language dictionaries and translators to look up meanings and translations between languages.
The document discusses the meaning of curriculum from different perspectives. It begins with the student's learning objectives which are to understand the meaning of curriculum from various viewpoints, analyze the different meanings, and create a matrix on the evolving definition. It then provides limited and broad definitions of curriculum from authoritative sources. These include curriculum being a set of courses, planned learning experiences, and the totality of a student's experiences. The student conducts interviews that reveal people see curriculum as the subjects taught in school. The document concludes by reflecting on why curriculum is important and how schools can enrich it.
1. The student visited NDC Tagum Foundation school to observe the learning environment. The campus was found to be wide with green surroundings and mostly clean buildings.
2. Facilities like the library, computer lab, and classrooms provided resources to support learning. The Grade 7 classroom had inspiring displays and was well-lit, ventilated and comfortable for 28 students.
3. Based on the observation, the school environment at NDC Tagum Foundation was conducive to learning, with facilities that met students' needs and a classroom that created a pleasant atmosphere for teaching and learning.
The document discusses implementing differentiated instruction in schools. It emphasizes using data to inform instruction and flexibly grouping students based on their needs. Teachers should use both formal and informal assessments to understand each student's learning needs and provide appropriately challenging instruction. Effective differentiated instruction also requires clear learning goals, high quality curriculum, and ongoing professional development for teachers.
Diversity of learners seminar presentationChoc Nat
The document outlines several dimensions of learner diversity including social, economic, linguistic, technological, disability, and multi-literacies factors. Some of the key aspects of diversity mentioned are culture, race, gender, class, first language, digital skills, physical or mental disabilities, and different forms of literacy like textual, aural, and virtual. The document provides examples of variables that contribute to diversity among learners.
Portfolios provide a complete picture of student performance and learning over time. They include purposeful collections of student work, reflections, and feedback aligned to learning objectives. Rubrics help assess portfolio work objectively on a scale from novice to distinguished. Adding portfolios to current assessments will engage students in self-evaluation and document learning in all areas, while facilitating communication between teachers, students, and parents at conferences.
This document discusses product-oriented learning competencies and task designing. It defines student performances as targeted tasks that lead to a final product or learning outcome. Products can demonstrate a range of skills and tasks can include behavioral expectations. Learning competencies should target three levels - novice, skilled, and expert. They can be defined based on what the minimum, additional, and aesthetically pleasing parts of the final product illustrate. Effective task designing considers the complexity, appeal, creativity, and goal-based nature of the assigned project or activity.
Effective questioning and reacting techniquesPauline Abordo
The document discusses questioning techniques that teachers can use to generate interaction in the classroom. It identifies different types of questions, such as convergent and divergent questions, and skills teachers should develop like varying question types and allowing sufficient wait time. Teachers are advised to know their own questioning style, increase their repertoire of high-level questions, and consider students' abilities when asking questions. The document also provides tips for encouraging students to ask questions, such as praising well-formulated questions, attending to students' questions, and allotting time for open questioning.
The document provides information about Learning Episode 1, which has students examine a school's Learning Resource Center. It outlines the intended learning outcomes, which are to describe the center's goals, identify and classify resources that support teaching and learning, and explain the center's services. The document then provides details about what students will be evaluated on and lists learning essentials that describe the purpose and functions of a learning resource center. It provides a map of the steps students will take in the learning episode and tools to document their observations of the center's resources and facilities.
This document discusses performance-based assessment in language teaching. It defines performance-based assessment as representing a set of strategies to apply knowledge, skills, and work habits through task performance. When designing performance-based assessments, teachers should define their purpose and consider factors like what is being assessed, required skills and knowledge, performance level, and assessment criteria. Assessment criteria should reflect learning outcomes and be written clearly. Developing performance assessments involves identifying the task, listing important aspects, limiting criteria, expressing criteria as observable behaviors, and arranging criteria for student understanding. Performance assessments can engage students and provide insights into their understanding but also require more resources and subjective ratings.
The document defines higher order thinking skills (HOTS) as skills based on Bloom's Taxonomy that involve more cognitive processing than lower order thinking skills (LOTS). HOTS include skills like analyzing, evaluating, and creating, while LOTS involve remembering, understanding, and applying. The focus of HOTS is on problem solving, critical thinking, and generating new ideas rather than drill and repetition. HOTS are more difficult to learn but provide more generalized benefits and ability to solve novel problems. Bloom's Taxonomy categorizes different levels of thinking from lower to higher order. HOTS are needed to progress, discover new fields, and solve complex problems facing the world.
FS 7 Episode 11: May I Help You? (Doing Auxillary ServicesJamaica Olazo
The document outlines performance criteria for non-teaching duties during a teaching activity. It will require the ability to perform additional tasks as needed by the cooperating school and work well with others in the school community. Progress will be measured on a scale of 1 to 5 based on meeting expectations, performance quality, and completing assigned tasks, activities, analysis, reflections and developing a portfolio.
This document summarizes a student's observation of their school campus facilities and how each facility contributes to student learning and development. The student observed 14 different facilities on campus including the office of the principal, library, counseling room, canteen, medical clinic, science laboratory, gymnasium, outdoor garden, home economics room, industrial workshop, PTA office, boys and girls comfort rooms, washing area, and storage area. For each facility, the student analyzed how it could enhance students' knowledge, skills, health, and well-being. The student concluded that the school aims to promote students' holistic development and maximize their potential beyond academic learning.
Field Study 2- Technology in the Learning EnvironmentJarry Fuentes
This document summarizes a student's field study experience observing classrooms and educational resources at another school. The student observed classrooms, some in need of renovation, and explored the library and computer lab and their relevance and availability of resources. The student learned about designing organized classrooms and bulletin boards related to lessons. Overall, the field study experience provided valuable lessons about teaching strategies and classroom management that will help the student become a teacher.
This document describes a field study exploring different types of curricula. It identifies 7 types of curricula: recommended, written, taught, supported, assessed, learned, and hidden. The study involves visiting schools to interview teachers and complete a matrix identifying the curricula used. It reflects on the importance of understanding different curricula and assessing their effectiveness. The portfolio includes documentation of activities, reflections, and is evaluated based on completion of objectives.
This document provides an overview of Understanding by Design (UbD), a framework for designing curriculum units that focuses on designing assessments before lessons in order to ensure students achieve desired learning outcomes. It describes the three stages of backward design: 1) identifying desired results like understandings, essential questions and knowledge/skills; 2) determining appropriate assessments like performance tasks; and 3) planning learning experiences to prepare students for the assessments. The goal is for students to develop a deep understanding of key concepts and be able to transfer their learning to new situations.
The document discusses the requirements and characteristics of being a professional teacher based on an interview with a teacher. It notes that the teacher graduated from university in 1981 and 1988, passed the licensure exam with a high score, has over 30 years of teaching experience, and actively participates in professional development activities. It also outlines the code of conduct and standards of behavior that professional teachers are expected to uphold, such as adhering to laws, showing respect, and having expertise in their field.
The document describes a field study experience of a student teacher evaluating a teacher's competencies based on the National Competency-Based Teacher Standards (NCBTS).
The student teacher observed that the teacher had fair ratings across most NCBTS domains, indicating room for improvement to meet global standards. While the teacher met some requirements, most descriptions were only "developing" which would not be sufficient to compete globally.
The student reflected that with continued learning and developing 21st century skills, they could potentially meet the challenges of being a global teacher in the future through practices like integrating ICT and thinking more globally in their teaching.
This document discusses various educational technology tools and their purposes and benefits. It covers CAD software like AutoCAD and Alibre for creating models, music editors and MIDI tools like Garageband for developing musical compositions, reading tools such as Readability formulas and Accelerated Reader to help teachers select stories and motivate students to read, and microcomputer-based labs, calculator-based labs, and graphing calculators to assist with experiments measuring light, temperature, voltage and speed. It also mentions geographic information systems and global positioning systems for studying locations and navigation, as well as online foreign language dictionaries and translators to look up meanings and translations between languages.
The document discusses the meaning of curriculum from different perspectives. It begins with the student's learning objectives which are to understand the meaning of curriculum from various viewpoints, analyze the different meanings, and create a matrix on the evolving definition. It then provides limited and broad definitions of curriculum from authoritative sources. These include curriculum being a set of courses, planned learning experiences, and the totality of a student's experiences. The student conducts interviews that reveal people see curriculum as the subjects taught in school. The document concludes by reflecting on why curriculum is important and how schools can enrich it.
1. The student visited NDC Tagum Foundation school to observe the learning environment. The campus was found to be wide with green surroundings and mostly clean buildings.
2. Facilities like the library, computer lab, and classrooms provided resources to support learning. The Grade 7 classroom had inspiring displays and was well-lit, ventilated and comfortable for 28 students.
3. Based on the observation, the school environment at NDC Tagum Foundation was conducive to learning, with facilities that met students' needs and a classroom that created a pleasant atmosphere for teaching and learning.
The document discusses implementing differentiated instruction in schools. It emphasizes using data to inform instruction and flexibly grouping students based on their needs. Teachers should use both formal and informal assessments to understand each student's learning needs and provide appropriately challenging instruction. Effective differentiated instruction also requires clear learning goals, high quality curriculum, and ongoing professional development for teachers.
Diversity of learners seminar presentationChoc Nat
The document outlines several dimensions of learner diversity including social, economic, linguistic, technological, disability, and multi-literacies factors. Some of the key aspects of diversity mentioned are culture, race, gender, class, first language, digital skills, physical or mental disabilities, and different forms of literacy like textual, aural, and virtual. The document provides examples of variables that contribute to diversity among learners.
Portfolios provide a complete picture of student performance and learning over time. They include purposeful collections of student work, reflections, and feedback aligned to learning objectives. Rubrics help assess portfolio work objectively on a scale from novice to distinguished. Adding portfolios to current assessments will engage students in self-evaluation and document learning in all areas, while facilitating communication between teachers, students, and parents at conferences.
This document discusses product-oriented learning competencies and task designing. It defines student performances as targeted tasks that lead to a final product or learning outcome. Products can demonstrate a range of skills and tasks can include behavioral expectations. Learning competencies should target three levels - novice, skilled, and expert. They can be defined based on what the minimum, additional, and aesthetically pleasing parts of the final product illustrate. Effective task designing considers the complexity, appeal, creativity, and goal-based nature of the assigned project or activity.
Effective questioning and reacting techniquesPauline Abordo
The document discusses questioning techniques that teachers can use to generate interaction in the classroom. It identifies different types of questions, such as convergent and divergent questions, and skills teachers should develop like varying question types and allowing sufficient wait time. Teachers are advised to know their own questioning style, increase their repertoire of high-level questions, and consider students' abilities when asking questions. The document also provides tips for encouraging students to ask questions, such as praising well-formulated questions, attending to students' questions, and allotting time for open questioning.
The document provides information about Learning Episode 1, which has students examine a school's Learning Resource Center. It outlines the intended learning outcomes, which are to describe the center's goals, identify and classify resources that support teaching and learning, and explain the center's services. The document then provides details about what students will be evaluated on and lists learning essentials that describe the purpose and functions of a learning resource center. It provides a map of the steps students will take in the learning episode and tools to document their observations of the center's resources and facilities.
This document discusses performance-based assessment in language teaching. It defines performance-based assessment as representing a set of strategies to apply knowledge, skills, and work habits through task performance. When designing performance-based assessments, teachers should define their purpose and consider factors like what is being assessed, required skills and knowledge, performance level, and assessment criteria. Assessment criteria should reflect learning outcomes and be written clearly. Developing performance assessments involves identifying the task, listing important aspects, limiting criteria, expressing criteria as observable behaviors, and arranging criteria for student understanding. Performance assessments can engage students and provide insights into their understanding but also require more resources and subjective ratings.
The document defines higher order thinking skills (HOTS) as skills based on Bloom's Taxonomy that involve more cognitive processing than lower order thinking skills (LOTS). HOTS include skills like analyzing, evaluating, and creating, while LOTS involve remembering, understanding, and applying. The focus of HOTS is on problem solving, critical thinking, and generating new ideas rather than drill and repetition. HOTS are more difficult to learn but provide more generalized benefits and ability to solve novel problems. Bloom's Taxonomy categorizes different levels of thinking from lower to higher order. HOTS are needed to progress, discover new fields, and solve complex problems facing the world.
FS 7 Episode 11: May I Help You? (Doing Auxillary ServicesJamaica Olazo
The document outlines performance criteria for non-teaching duties during a teaching activity. It will require the ability to perform additional tasks as needed by the cooperating school and work well with others in the school community. Progress will be measured on a scale of 1 to 5 based on meeting expectations, performance quality, and completing assigned tasks, activities, analysis, reflections and developing a portfolio.
This document summarizes a student's observation of their school campus facilities and how each facility contributes to student learning and development. The student observed 14 different facilities on campus including the office of the principal, library, counseling room, canteen, medical clinic, science laboratory, gymnasium, outdoor garden, home economics room, industrial workshop, PTA office, boys and girls comfort rooms, washing area, and storage area. For each facility, the student analyzed how it could enhance students' knowledge, skills, health, and well-being. The student concluded that the school aims to promote students' holistic development and maximize their potential beyond academic learning.
Field Study 2- Technology in the Learning EnvironmentJarry Fuentes
This document summarizes a student's field study experience observing classrooms and educational resources at another school. The student observed classrooms, some in need of renovation, and explored the library and computer lab and their relevance and availability of resources. The student learned about designing organized classrooms and bulletin boards related to lessons. Overall, the field study experience provided valuable lessons about teaching strategies and classroom management that will help the student become a teacher.
This document describes a field study exploring different types of curricula. It identifies 7 types of curricula: recommended, written, taught, supported, assessed, learned, and hidden. The study involves visiting schools to interview teachers and complete a matrix identifying the curricula used. It reflects on the importance of understanding different curricula and assessing their effectiveness. The portfolio includes documentation of activities, reflections, and is evaluated based on completion of objectives.
This document provides an overview of Understanding by Design (UbD), a framework for designing curriculum units that focuses on designing assessments before lessons in order to ensure students achieve desired learning outcomes. It describes the three stages of backward design: 1) identifying desired results like understandings, essential questions and knowledge/skills; 2) determining appropriate assessments like performance tasks; and 3) planning learning experiences to prepare students for the assessments. The goal is for students to develop a deep understanding of key concepts and be able to transfer their learning to new situations.
This document provides a rubric for assessing a student's process in creating a food pyramid project using the Big6 problem-solving model. The rubric contains 4 levels of achievement for 5 areas: task definition, information seeking strategies, location and use of information, synthesis, and evaluation. The highest level, a score of 4, demonstrates a clear understanding of the problem and chooses effective research strategies to gather relevant information that is used to create an original and accurate product. A level 1 score shows a basic awareness but lack of focus or understanding in completing the assignment.
This document discusses assessment and learning outcomes. It provides an overview of assessment, including the assessment cycle and different types of assessment such as formative, summative, diagnostic, and standards-based assessment. The document discusses how to align assessment with learning outcomes and assess learning outcomes. It also discusses assessment for learning, of learning, and as learning. Key topics covered include the purpose of different assessments, developing students' ability to self-assess, and using formative assessment results to improve teaching and learning.
The document discusses promoting student understanding rather than just knowledge recall. It outlines an upcoming workshop on Understanding by Design (UbD), a framework for designing curriculum, assessment and instruction to support understanding. Participants will learn about UbD principles, apply them to their roles, and develop plans to promote understanding in schools. Research shows US students lack understanding, and curriculum often emphasizes coverage over depth.
Performance based project jessica allen 2jessallen11
This document outlines a two-day lesson plan on photosynthesis designed using the Understanding by Design framework. The lesson includes learning objectives, essential questions, notes, discussions, group activities, and independent practice. Key aspects of the lesson include explaining the light reactions and Calvin cycle, summarizing the overall process of photosynthesis, and identifying the relationships between photosynthesis and cellular respiration. A variety of learning strategies are employed, such as note-taking, cooperative learning, and nonlinguistic representations.
The document provides an overview of the backward design model for curriculum planning. It discusses identifying desired learning outcomes and understanding, determining acceptable evidence of student understanding, and planning learning experiences aligned to the outcomes. The backward design model focuses curriculum and assessment on the desired results and helps ensure greater alignment of goals and instructional methods.
The document summarizes two lesson planning models: the LEARN model and the Backwards Design model.
The LEARN model is a 5-step process for lesson planning that includes linking prior knowledge, engaging students through direct instruction, activating student learning through active learning strategies, reflecting on learning, and establishing next steps.
The Backwards Design model is a 3-step process that involves first establishing learning goals and essential questions, then determining assessments to measure student understanding, and finally planning learning activities. The model emphasizes starting with the desired results in mind and designing the lesson to achieve those results.
This document discusses reimagining spaces for blended and online learning. It envisions cafés, studios, and stages that promote collaboration, creativity, informal learning through networks and connections, and teacher roles as curators and amplifiers rather than just instructors. Radical transparency through open sharing on social media and blogs could supplant standardized assessments. The goal is to establish students as nodes in distributed networks of creativity.
This document discusses the backward design model for developing standards-based curriculum. It begins by outlining problems with traditional curriculum design such as students not developing a deep understanding. The backward design process involves 3 stages: 1) Identifying desired results and priorities, 2) Determining acceptable evidence of student understanding, and 3) Planning learning experiences to achieve goals. Key aspects include focusing on enduring understandings, using authentic assessments, and incorporating research-based teaching strategies to promote student understanding. The overall approach emphasizes starting with the end goals in mind and designing curriculum backwards from there.
This document summarizes Carmel Schettino's presentation on assessing problem-based learning. It discusses defining features of PBL, such as using contextual problems and valuing student experience. It explores how PBL classrooms relate to NCTM math practice standards through attributes like connected curriculum and multiple perspectives. The document then examines assessment types used in the author's PBL classroom, including oral assessments, written assessments, and technology/inquiry projects. It provides examples of assessments and discusses ensuring assessments are authentic to PBL values and measure learning goals.
This document discusses the General Responsibility Assignment Software Patterns (GRASP) principles for object-oriented design. It begins with an introduction to GRASP and its goals of being a mental toolset for designing software. It then explains nine key GRASP design patterns - Informational Expert, Creator, Controller, Low Coupling, High Cohesion, Polymorphism, Pure Fabrication, Indirection, and Protected Variations. For each pattern, it provides a definition and example of how and when to apply the pattern when assigning responsibilities to classes. It concludes with references for further reading on GRASP patterns.
Unpacking Understanding by Design By Grant Wiggins, et alKaren Hartle
The document discusses the key concepts of Understanding by Design (UbD), a framework for designing curriculum and assessments. It explains the 3 stages of backward design: 1) identifying desired results, 2) determining acceptable evidence, and 3) planning learning experiences. The focus is on identifying "big ideas" - core concepts and generalizations that students should understand. Big ideas should drive the identification of understandings, essential questions, knowledge and skills, and assessments in a UbD unit. The process is meant to be non-linear, with flexibility in how educators engage with the UbD template.
GRASP (General Responsibility Assignment Software Principles) is a set of principles for assigning responsibilities to classes, including Expert, Creator, Low Coupling, High Cohesion, Controller, Polymorphism, Pure Fabrication, and Indirection. The principles aim to minimize dependencies between classes, reduce impacts of design changes, and allow for variations without affecting dependent components. Following these principles can result in designs with well-defined responsibilities, low coupling, high cohesion, and flexibility to handle changes.
The document describes different levels of listening in order to effectively resolve complaints, from the least effective to the most effective. It introduces the L.E.A.R.N. model for complaint resolution, which stands for Listen, Empathize, Apologize, Respond, and Notify. The levels of listening described range from passive listening and pretend listening to empathetic listening and facilitative listening, with the most effective type being facilitative listening which aims to fully understand the other person's perspective and help them.
This document discusses various methods for assessing student performance and skills, including checklists, rating scales, rubrics, anecdotal records, indirect checklists, and portfolios. It provides examples of each method and asks the reader to create their own examples to use in their classroom. These assessment methods allow teachers to observe and evaluate students' skills, procedural tasks, quality of performance, behaviors that may be difficult to directly observe, and collection of students' work.
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 outlines a rubric for assessing student performance using the GRASPS framework. The rubric assesses students on their knowledge acquisition and relevance, understanding of content, critical thinking skills, breadth and depth of understanding, and ability to transfer understanding to new situations through products and performances. Students are evaluated on criteria such as relevance of information, analytical processing, multiple facets of understanding, independence, and value added. Performance is judged on a scale from very weak to strong.
The document discusses authentic performance tasks and provides descriptors for them, including that they address real-world problems, have realistic options and audiences, and serve a genuine purpose. It also introduces the GRASPS framework for designing authentic assessments and provides examples of using this framework to develop scenarios for performance tasks in different subject areas. The key aspects of an authentic task based on GRASPS are identified as the goal, role, audience, situation or context, product or performance, and standards for assessment.
The document discusses the second stage of assessment which is determining acceptable evidence of student learning, such as how teachers will know if students have achieved desired results and standards. It explains that teachers should think about what types of assessment evidence is needed to show students have achieved the goals outlined in stage 1. The document also provides examples of how students can demonstrate their understanding through explanation, interpretation, application, perspective, empathy, and self-knowledge.
The document summarizes a workshop on developing habits of mind in students. The agenda includes introducing habits of mind, focusing on student dispositions towards learning, incorporating habits of mind into curriculum mapping, and engaging students with habits of mind. The document discusses key questions around helping students become effective problem solvers and developing conditions in schools and classrooms to support growth in habits of mind.
HOW TO FRAME THE COAGNITIVE TYPE OF QUESTION.pptxDrNamrataMane
The document discusses Bloom's Taxonomy, which organizes learning objectives into six levels - Remember, Understand, Apply, Analyze, Evaluate, and Create. Each level is defined. Examples are provided of question stems that align with each level of thinking, from lower-order questions targeting recall of facts to higher-order questions requiring synthesis and evaluation. The document aims to help develop learning outcomes and questions that target different cognitive levels.
This document provides guidance and strategies for developing higher-level questioning practices to challenge gifted and highly able students. It discusses effective questioning techniques, Bloom's Taxonomy of higher-order thinking skills (analysis, synthesis, evaluation), and models for problem-solving and inquiry-based learning, including prompting questions aligned with each stage. Sample questioning activities and games are proposed to engage students in questioning and develop their critical thinking abilities.
Effective teaching is more than a good lecture. In fact, it may be NO lecture at all. This presentation suggests dozens of effective structures. While many are not fully explained here, they are easily found in many locations on the internet and in the woks of Gardner, Tomlinson, Marzano, Sternberg, Costa, Solomon and others.
The document outlines Bloom's revised taxonomy of educational objectives, which classifies learning objectives into six categories: remembering, understanding, applying, analyzing, evaluating, and creating. It provides examples of question prompts teachers can use for each category of learning objective to assess students' mastery. For remembering, prompts focus on recalling basic facts. For understanding, prompts require interpreting or summarizing information in one's own words. For applying, prompts involve applying concepts to solve problems or new situations.
The document discusses Revised Bloom's Taxonomy, which is an update to the original Bloom's Taxonomy of learning objectives. It provides details on the history and development of Bloom's Taxonomy, including the original taxonomy from 1956 and revisions made in 2001. The revised version uses verbs to describe six levels of thinking skills (remember, understand, apply, analyze, evaluate, create) and considers knowledge dimensions. Examples are provided of how teachers can incorporate different levels of thinking skills into classroom lessons and assessments using Bloom's Taxonomy.
This document provides an overview of Bloom's Taxonomy, a framework for categorizing levels of thinking skills. It details the original taxonomy developed in 1956 and the revised version from 2001. The revisions updated the taxonomy to better reflect 21st century work. The taxonomy categorizes thinking into six levels - remembering, understanding, applying, analyzing, evaluating, and creating. It encourages teachers to scaffold lessons to help students develop higher-order thinking skills. The document provides examples of how to incorporate each level of thinking into classroom lessons and assessments.
This document discusses differentiated instruction and key education trends and frameworks that inform its use. It begins by outlining external drivers of change in education like technology, demographics, and globalization. It then discusses how schools are improving through school improvement efforts and changing to meet the needs of a changing world. A key part of this is ensuring rigor and relevance for all students through differentiated instruction. The document presents models for applying knowledge at different levels from basic recall to real-world application. It also summarizes findings from a national skills study that showed gaps in students' essential skills. The goals of the Common Core standards and next generation assessments are also outlined as aiming to develop skills like problem-solving and critical thinking. Examples and frameworks are provided
The document provides guidance on effective curriculum design. It defines key terms like generative topic, essential question, and assessment. It recommends designing curriculum backwards, starting with identifying the overall point and desired understandings, then determining acceptable evidence and assessments, and finally planning learning experiences and instructional tasks. It discusses assessing student learning and understanding rather than making evaluations. It also presents examples of essential questions and provides models for curriculum planning and unit design.
Dalam perlaksanaan PBS , Kementerian Pelajaran telah menerapkan HOTS sebagai suatu penilaian akademik menjelang PMR, PBS pada tahun 2014. Oleh itu para guru perlu membuat persediaan yang mantap bagaimana HOTS ini perlu diserapkan ke dalam minda pelajar.
This document provides an introduction to analytic thinking by outlining its key components and principles. It explains that all thinking can be broken down into eight elements and that to analyze thinking, one must learn to identify and question these elements and understand intellectual standards. The document aims to provide students with a model for analyzing various subjects by examining elements like purpose, evidence, assumptions, and implications. It argues that learning to analyze is an important skill that can help students think more skillfully across disciplines.
The document discusses Bloom's Taxonomy and its use in developing learning objectives. It outlines Bloom's original and revised cognitive domains, providing examples of verbs and outcomes for different levels. It also provides guidance on writing measurable learning objectives, including specifying the audience, behavior, conditions, and criteria. Educators are encouraged to design objectives and assessments that promote enduring understanding and allow students to demonstrate their learning in authentic ways.
The document provides an agenda for a teacher candidate class that includes a picture book lesson presentation, connecting writing expectations to current events, professional learning communities, and an example lesson. It also previews what will be covered the following week, including an online forum post and professional learning community activities. Students are asked to complete a survey for an educational research study on literacy beliefs that is optional and separate from course requirements.
This document appears to be notes from a teacher training session on mentoring and curriculum planning. It includes examples of icebreakers and activities for mentors and mentees, an explanation of backwards curriculum design, and templates for identifying learning goals and designing assessment tasks and lesson plans aligned to curriculum expectations.
This document discusses using Understanding by Design (UbD) and technology to design curriculum. It explains the key components of UbD including identifying desired results, determining acceptable evidence of learning, and planning learning experiences. It provides examples of how to analyze goals, identify understandings and essential questions. It also discusses using technology to enhance formative assessment, research, collaboration and project-based learning in line with UbD principles.
The document outlines six facets of understanding: 1) Explanation - providing knowledgeable accounts and inferences about why and how with evidence; 2) Interpretation - providing meaning and narratives to illustrate human experience; 3) Application - using knowledge effectively in new situations; 4) Perspective - considering critical and insightful points of view; 5) Empathy - getting inside another person's feelings and worldviews; 6) Self-knowledge - understanding one's own ignorance, blind spots, and preferred learning methods to develop further understanding.
Fashion Institute of Design and Merchandising Critical Inquiry Essay.pdf4934bk
This document provides guidance for developing a series of critical inquiries to stimulate discussion about a course project. It outlines eight categories of critical thought - comprehension, application, analysis, synthesis, evaluation, causal reasoning, ethical reasoning, and creative thinking. For each category, it lists examples of potential inquiry questions. Students are instructed to draft at least five open-ended questions across the categories to accompany their project and initiate class conversation. They must also explain the significance of each question in 3-5 sentences.
Reflectivelearningcriticalthinking 150217022909-conversion-gate01jamal shah
The document discusses reflective learning and various related concepts. It defines reflective learning as involving students thinking critically about what they have read, learned, or done and relating lessons to their own lives. Reflection involves describing, analyzing, and evaluating thoughts, assumptions, and actions. Keeping a journal is presented as a way to engage in reflective learning by regularly writing about personal experiences, thoughts, and insights. Critical thinking is discussed as reasonable, reflective thinking focused on deciding what to believe and do. The document also emphasizes the importance of writing clear learning objectives that define what students will be able to do upon completion of an activity.
This document outlines the key points of an effective training workshop on Bloom's Revised Taxonomy. The workshop aims to teach participants how to: 1) classify verbs and types of learning based on Bloom's dimensions; 2) identify appropriate assessments for each taxonomy level; and 3) apply the taxonomy to analyze standards, objectives, and instructional effectiveness. The document provides examples of developing objectives, aligned instructional methods, and assessments across Bloom's levels. Participants are guided to create meaningful objectives and assessments by considering what learners will do and how they will demonstrate their learning.
Bureaucratic structures rely on four types of authority: 1) those who obey commands, 2) those who benefit from the existing structure, 3) those who participate in and divide functions of the structure, and 4) those ready to perform functions. Bureaucracies bring order, rationality, accountability, and stability to organizations like schools. However, they can also cause delays in decision-making and implementing laws. Max Weber was a pioneer of sociology who defined bureaucracies as having clearly defined positions and hierarchical authority based on qualifications and merit determined by examinations. Bureaucracies train employees to rely strictly on written rules.
7 e lesson plan grade 8 science first observation of 2019Virgilio Paragele
1. The document outlines a lesson plan on heat and temperature for an 8th grade science class. It includes objectives, materials, teacher and student activities, and a quiz assessment.
2. Students will conduct experiments comparing the heat transfer of oil and water. They will measure how temperature changes over time and calculate the heat absorbed.
3. The lesson aims to help students understand concepts of heat transfer and temperature change through hands-on experimentation and analysis of results.
This document outlines the objectives, content, learning resources, and procedures for a lesson on electricity and magnetism. The learner will demonstrate an understanding of the relationship between electricity and magnetism in electric motors and generators. Specifically, the learner will describe the directions of electric and magnetic fields. The content will cover the unit on electricity and magnetism. Learning resources include textbooks on university physics, schaum's outlines on basic electricity, and a physics textbook. The procedures include an activity having students explore magnetism by making an electromagnet. Students will then analyze and apply their understanding of the electric field. They will be evaluated by answering exercises using point charges on a Cartesian plane.
1) In the 19th century, mathematics underwent significant changes with a new emphasis on rigor, structure, and abstract concepts.
2) This included the development of non-Euclidean geometry which showed that Euclid's parallel postulate is independent of the other postulates of geometry.
3) Algebra evolved from a focus on symbols and arithmetic to studying mathematical structures in more abstract ways, such as in Boolean and quaternion algebras.
This document is the table of contents for a science textbook on living things and their environment. It includes summaries of 4 modules:
1. The coordinated functions of the nervous, endocrine, and reproductive systems.
2. Heredity and inheritance, including DNA, RNA, gene transmission from parents to offspring.
3. Biodiversity and evolution, covering classification of living things, analogous and homologous structures, relatedness between species, and evolution over time.
4. Ecosystems and biodiversity, including the value of biodiversity, environmental issues, and human impacts on communities.
Each module contains learning objectives, activities, summaries, and assessments. The book was collaboratively developed by
The document provides an overview of the Grade 10 Music curriculum guide from the Department of Education of the Philippines. It outlines the conceptual framework, philosophy, and rationale of music education. It also includes standards and competencies, as well as content and learning materials for the first and second quarters, focusing on 20th century music styles, Afro-Latin and popular music.
This document is the table of contents for a science textbook on physics published by the Department of Education of the Philippines. It lists three modules that are included: Electricity and Magnetism, Electromagnetic Spectrum, and Light: Mirrors and Lenses. For each module, it provides an introduction, learning objectives, pre-assessment, reading materials and instructional activities, summary, and summative assessment. It also includes sections with glossaries of terms, references and links for additional resources. The document provides an overview of the concepts, examples, and exercises covered in the textbook to teach students key ideas in physics.
This document outlines a lesson plan on electricity and magnetism for a 10th grade science class. It includes objectives to understand the relationship between electricity and magnetism in devices like motors and generators. Students will demonstrate how electricity is generated by movement of a magnet through a coil. The lesson content comes from university physics and basic electricity textbooks and includes an activity where students make electromagnets. They will analyze magnetic lines of force and generalize that like poles repel and opposite poles attract. Students will be evaluated through answering guide questions and assigned to prepare for an exam. The teacher's reflection asks about students' understanding of electric and magnetic fields after the lesson.
This document outlines a lesson plan on earthquakes and faults for an 8th grade science class. The objectives are for students to understand the relationship between earthquakes and faults, and to make decisions about building structures based on fault locations. The content will focus on earthquakes and faults from the science textbook and additional materials. Students will perform an activity on tsunamis and analyze how earthquakes at sea can cause tsunamis. They will discuss the immediate effects of earthquakes on humans and do an earthquake drill. The lesson aims to help students generalize that earthquakes can destroy lives through different events.
The document identifies and provides colors for the four main layers of the Earth - the inner core is blue, outer core is red, mantle is gray, and crust is brown. It asks the reader to describe the phase, or state of matter, of each layer.
The document is the K to 12 Science Curriculum Guide from the Department of Education of the Republic of the Philippines. It outlines the conceptual framework and standards for the science curriculum from Kindergarten to Grade 10. The goals are to develop scientific literacy, problem-solving skills, and responsible stewardship of nature. The curriculum covers concepts in life science, physics, chemistry, and earth science using inquiry-based learning. It emphasizes understanding science concepts in real-world contexts and acquiring skills like critical thinking.
This document outlines the daily objectives, content, learning resources, procedures, and reflections for a week-long lesson on plate tectonics for a 10th grade science class. Each day focuses on a different aspect of plate tectonics, including defining converging plates, describing the distribution of volcanoes and earthquakes, and explaining the processes that occur at plate boundaries. Activities include students explaining their answers to previous assignments, illustrating plate boundary types, and performing a simulation of plate convergence. The overall objectives are for students to understand the relationship between the locations of volcanoes, earthquakes, and mountains and to suggest ways to reduce damage from these events.
The document shows a table with the height and time for freely falling bodies. It explains that to calculate the height, you multiply the square of time by half the acceleration due to gravity (1/2g). It then provides some shortcuts for calculating the height by rounding the acceleration due to gravity to 5 m/s^2 and subtracting a small amount based on the square of time. This allows for an easier calculation of height compared to using the exact value of 4.9 m/s^2.
The document describes how to calculate the height of a freely falling body after a certain number of seconds using the formula height = 1/2 * gravity * time^2. It provides the heights for times of 1 through 8 seconds using an acceleration due to gravity (g) of 4.9 m/s^2. It then presents shortcuts for calculating the heights by approximating g to 5 m/s^2 and subtracting a correction factor rather than directly using 4.9 m/s^2.
This document outlines the objectives, content, activities, and schedule for four classroom sessions on plate tectonics and earthquake preparedness. The sessions will focus on understanding the relationship between the locations of volcanoes, earthquake epicenters, and mountain ranges. Learners will describe the distribution of active volcanoes and earthquake epicenters, define key terms, perform triangulation to locate earthquake epicenters on maps, and discuss how plate tectonics causes seismic and volcanic events. Assessment methods include pre-assessments, board work, quizzes, and reflections on understanding plate tectonics.
DLL-(daily lesson log) second week science grade 10Virgilio Paragele
This document outlines the objectives, content, activities, and evaluation for four classroom sessions on plate tectonics and earthquake epicenters. The sessions aim to teach students about the relationship between volcanoes, earthquake epicenters, and mountain ranges. Students will learn about plate tectonics and how to use triangulation to locate an earthquake epicenter on a map. Assessment methods include a pre-assessment quiz, board work, and activities having students apply triangulation to find epicenters. The final day will include a reflection on what understanding of plate tectonics reveals.
The document discusses understanding by design (UbD) as the core of the 2010 secondary education curriculum in the Philippines. It emphasizes teaching for understanding rather than just covering content. It recommends strengthening core skills like communication, critical thinking, creativity and technology. Assessment should check for understanding and progress. The curriculum should be standards-based, rich and develop skills for work and lifelong learning. Teachers need to teach for understanding through design by identifying desired learning outcomes, determining acceptable evidence of learning, and planning lessons accordingly.
The document outlines various skills needed for scientific inquiry, including:
1) Identifying questions that can be answered through investigation, designing and conducting investigations, and using appropriate techniques to gather and analyze data.
2) Developing descriptions, explanations, and models using evidence, and thinking critically about relationships between evidence and explanations.
3) Recognizing and analyzing alternative explanations, and communicating procedures and explanations.
1. 1. Identify
1. Identify
desired
results
desired
results
2. Determine
acceptable
evidence
3. Plan learning
experiences
and
instruction
2. Stage 1. Identify Desired Results.
In Stage 1 we consider the goals. What big ideas are worthy of
understanding and implied in the established goals (e.g., content
standards, curriculum objectives)?
What “enduring” understandings are desired?
What provocative questions are worth pursuing to guide student inquiry
into these big ideas?
What specific knowledge and skills are targeted in the goals and needed
for effective performance?
3. Stage 2.Determine Acceptable Evidence.
In the second stage we consider evidence of learning.
How will we know that students have achieved the desired results
and met content standards?
How will we know that students really understand the identified big
ideas?
What will we accept as evidence of proficiency?
The backward design orientation suggests that we think about our
design in terms of the collected assessment evidence needed to
document and validate that the desired results of Stage 1 have been
achieved.
4. Stage 3.Plan Learning Experiences and Instruction.
With identified results and appropriate evidence of understanding in
mind, it is now time to finalize a plan for the learning activities.
What will need to be taught and coached, and how should it best be
taught, in light of the performance goals?
What sequence of activity best suits the desired results?
In planning the learning activities, we consider the WHERETO elements
(describe later) as guidelines.
Those guidelines can be summed up in a question: How will we make
learning both engaging and effective, given the goals and needed
evidence?
7. FFaacceett 11 -- EEXXPPLLAANNAATTIIOONN
Sophisticated and apt explanations and
theories that provide knowledgeable and
justified accounts of events, actions, and
ideas:
Why is that so?
What explains such events?
What accounts for such action?
How can we prove it?
To what is this connected?
How does this work?
8. FFaacceett 22 -- IINNTTEERRPPRREETTAATTIIOONN
Narratives, translations, metaphors, images,
and artistry that provide meaning:
What does it mean?
Why does it matter?
What of it?
What does it illustrate or illuminate in human
experience?
How does it relate to me? What makes sense?
9. FFaacceett 33 -- AAPPPPLLIICCAATTIIOONN
Ability to use knowledge effectively in new
situations and diverse contexts:
How and where can we use this knowledge, skill, or
process?
How should my thinking action be modified to
meet the demands of this particular situation?
10. FFaacceett 44 -- PPEERRSSPPEECCTTIIVVEE
Critical and insightful points of view:
From which vantage point?
What is justified or warranted?
Is there adequate evidence?
Is it reasonable?
What are the strengths and weaknesses of the idea?
Is it possible?
What are its limits?
So what?
What is a novel way to look at this?
11. FFaacceett 55 –– EEMMPPAATTHHYY
The ability to get “inside” another person’s
feelings and world view:
How does it seem to you?
What do they see that I don’t?
What do I need to experience if I am to understand?
What was the author, artist, or performer feeling,
seeing, and trying to make me feel and see?
12. FFaacceett 66 –– SSEELLFF-- KKNNOOWWLLEEDDGGEE
The wisdom to know one’s ignorance and how
one’s patterns of thought and action as well as
prejudice understanding:
How does who I am shape my views?
What are the limits of my understanding?
What are my blind spots?
What am I prone to misunderstand because of
prejudice, habit, or style?
How do I learn best? What strategies work for me?
13. What is the key idea in ____________________________________?
What are the examples of __________________________________?
What are the characteristics and parts of ______________________?
What caused _________? What are the effects of _______________?
How might we prove, confirm, justify _________________________?
How is ___________, connected to __________________________?
What might happen if _____________________________________?
What are common misconceptions about _____________________?
How is this come about? Why is this so?
14. What is the meaning of ___________________________________?
What are the implications of _______________________________?
What does ______________reveal about _____________________?
How is ______________like _____________(analogy or metaphor)?
How does _______________________________ relate to me or us?
So what? Why does it matter?
15. How is _________________________ applied in the larger world?
How might ___________________ help us to _________________?
How could we use _______________ to overcome _____________?
How when can we use this (knowledge or process)?
16. What are different points of view about ______________________?
How might this look from _______________________’s perspective?
How is ________________ similar t or different from ____________?
What are other possible reactions to _________________________?
What are the strengths and weaknesses of ____________________?
What are the limits of _____________________________________?
What is the evidence for ___________________________________?
Is the evidence reliable? sufficient?
17. What would it be like to walk in _____________________’s shoes?
How might _______________ feel about _____________________?
How might we reach an understanding about __________________?
What was _____________________ trying to make us feel and see?
18. How do I know ___________________________________________?
What are the limits of my knowledge about ___________________?
What are my “blind spots” about ____________________________?
How can I best show ______________________________________?
How are my views about ___________ shaped by ______________
(experiences, habits prejudices, style)?
What are my strengths and weaknesses in ____________________?
20. Explain Interpret Apply Perspective Empathy Self-
Knowledge
“Who are your
true friends?
Who are your
fair-weather
friends?”
Interpret
“Spring” in
Frog and
Toad are
Friends. What
does this
episode
reveal about
friendship.
Empathy
Place an order
for a “true
friend” from an
imaginary
mail-order
friendship
Perspective
Apply
Explain
Interpret
Write an essay or journal entry on why some
kids always get picked on and what it feels like to
Place an order for a “true friend” from an
imaginary mail-order friendship store.
How do others view me as a friend?
Interpret “Spring” in Frog and Toad are
Friends. What does this episode reveal
“Who are your store.
true friends? Who are
How do others
view me as a
friend?
Write an
essay or
journal entry
on why some
kids always
get picked
on and what
it feels like to
be those
your fair-weather friends?”
kids.
Respond to
writing
prompts: “Do I
know who my
true friends
are?”
Self-Knowledge
Respond to writing prompts: “Do I know who my
true friends are?”
be those kids.
about friendship.
21. Explain Interpret Apply Perspective Empathy Self-
Knowledge
Develop a
troubleshoot-ing
guide for
an electric
circuit system.
Assume the
role of an
electrical
subcontractor:
interpret and
analyze the
Perspective
Apply
Interpret
Explain
AC or DC? Argue the merits of
each type of current for various
Assume writing
drawings for
the role of an electrical
building a
subcontractor: house.
interpret and analyze
the writing drawings for building a
Build a
working set of
switches for a
model railroad
layout.
AC or DC?
Argue the
merits of each
type of current
for various
users.
Create an
imaginary
diary entry:
“A day in the
life of an
electron.”
Empathy
Create an imaginary diary
entry: “A day in the life of an
Build a working set of switches
for a model railroad layout.
Develop a troubleshooting guide for
users.
an electric circuit system.
electron.”
house.
22. Explain Interpret Apply Perspective Empathy Self-
Knowledge
Study a
common
phenomenon
(e.g., weather
data). Reveal
subtle and
Perspective
Interpret
Explain
Apply
Read Flatland and a set of letters between
mathematicians explaining why they fear
publishing their findings; write a reflective
essay on the difficulty of explaining new
Examine the differences when
using various measures (e.g.,
mean, median) for calculating
Study Do Develop a common a trend a analysis new statistic phenomenon
for
(evaluating e.g., weather the data). value Reveal of a of baseball
a finite
subtle
and easily overlooked patterns in
easily
overlooked
patterns in the
data.
Do a trend
analysis of a
finite data set.
Empathy
Develop a
new statistic
for evaluating
the value of a
baseball
player in key
situations.
Examine the
differences
when using
various
measures (e.g.,
mean, median)
for calculating
grades.
Read Flatland
and a set of
letters
between
mathematician
s explaining
why they fear
publishing their
findings; write
a reflective
essay on the
difficulty of
explaining new
ideas, even
abstract ones.
Develop a
mathematical
resume with a
brief
description of
your
intellectual
strengths and
weaknesses.
Self-Knowledge
Develop a mathematical resume
with a brief description of your
intellectual strengths and
data set.
player in key situations.
weaknesses.
the data.
grades.
ideas, even abstract ones.
23. Explain Interpret Apply Perspective Empathy Self-
Knowledge
Describe why
a particular
rhetorical
technique is
effective in a
speech.
“What’s wrong
with Holden?”
Make sense of
the main
character in
Catcher in the
Perspective
Apply
Interpret
Explain
Work is a Rye.
soup kitchen, and write an
essay on the experiences of the
homeless after reading Charles
What makes a
great book?
Make an
audiotape
review of a
favorite book
for the school
library.
Read and
discuss The
Real STORY
OF THE Three
Little Pigs by A.
Empathy
Wolf.
Work is a
soup kitchen,
and write an
essay on the
experiences
of the
homeless
after reading
Charles
Dickens.
Attach s self-assessment
to
each paper
you write
reflecting on
your writing
process.
Self-Knowledge
Attach s self-assessment to each
paper you write reflecting on your
What “What’s makes wrong a with great Holden?” book? Make
Make
an sense audiotape of the review main character of a favorite
in
book for the school library.
Read and discuss The Real STORY
OF THE Three Little Pigs by A.
Describe why a particular rhetorical
technique is effective in a speech.
writing Wolf.
process.
Catcher in the Rye.
Dickens.
24. Explain Interpret Apply Perspective Empathy Self-
Knowledge
Explain the
role of silence
in music
Represent
fear and hope
in a visual
collage or
dance.
Write and
perform a
one-act play
on a school
issue.
Critique three
different
versions of the
same Shake-speare
Empathy
Apply
Perspective
Interpret
Explain
Imagine you are Juliet from play
Romeo and
Juliet, Critique Write Explain and and three the consider perform different role of a versions (focus on a key
your one-silence scene)
act terrible, of play in the music
same
on final
a
act. Shakespeare What are you play thinking (focus on and a key feeling.
scene)
Imagine you
are Juliet
from Romeo
and Juliet,
and consider
your terrible,
final act.
What are
you thinking
and feeling.
Keep log of
the drama
class
exercises that
demand the
most from you
emotionally.
Self-Knowledge
Keep log of the drama class
Represent fear and hope in a visual
exercises that demand the most from
school issue.
collage or dance.
you emotionally.
25. Explain Interpret Apply Perspective Empathy Self-
Knowledge
Link everyday
actions and
facts to the
laws of
physics,
concentrating
on easily
misunderstoo
d aspects
(e.g., mass
compared to
weight).
Take readings
of pond water
to determine
whether the
algae problem
is serious.
Perform a
chemical
analysis of
local stream
water to
monitor EPA
compliance ,
and present
findings.
Conduct
thought
experiments
(e.g., Einstien’s-
What would the
world be like if I
were traveling
on a beam of
Apply
Empathy
Explain
Interpret
Perspective
Read and discuss pre-modern or discredited
scientific writings to identify plausible or “logical”
theories (given the information available at the
Perform a chemical analysis of local stream
water to monitor EPA compliance , and
Link everyday actions and facts to the laws of
physics, concentrating on easily misunderstood
aspects (e.g., mass compared to weight).
Take readings of pond water determine
whether the algae problem is serious.
Conduct thought experiments (e.g., Einstien’s-
What would world be like light?
if I were traveling on
Read and
discuss pre-modern
or
discredited
scientific
writings to
identify
plausible or
“logical”
theories
(given the
information
available at
the time).
Propose
solutions to an
ineffective
cooperative
learning
activity based
on what didn’t
work in your
group.
Self-Knowledge
Propose solutions to an ineffective
cooperative learning activity based on what
didn’t present work a beam in findings.
of your light?
group.
time).
26. U.S. History
Performance
verb
Examples of possible performances
Understanding
performance
generalization Performance
verb
history history uunniitt oonn tthhee 11996600’’ss
Explain how U.S involvement in the Vietnam War caused some people to
Explain how U.S involvement in the Vietnam War caused some people to
lose faith in their government.
lose faith in their government.
Argue for or against the view that the antiwar movement was sparked
Argue for or against the view that the antiwar movement was sparked
by the Civil Rights movement.
by the Civil Rights movement.
Apply your understanding of the era in a role-play recreation of the
Apply your understanding of the era in a role-play recreation of the
Kerner Commission report on violence
Kerner Commission report on violence
27. Consider the following verbs when planning possible
ways in which students may demonstrate their
understanding.
28. explain
demonstrate
derive
describe
design
exhibit
express
induce
instruct
justify
model
predict
prove
show
synthesize
teach
interpret
analogies (create)
critique
document
evaluate
illustrate
judge
make meaning of
make sense of
metaphors (provide)
read between the lines
represent
tell a story of
translate
apply
adapt
build
create
de-bug
decide
design
exhibit
invent
perform
produce
propose
solve
test
use
29. perspective
analyze
argue
compare
contrast
criticize
infer
empathy
assume role of
believe
be like
be open to
consider
imagine
relate
role-play
self-knowledge
be aware of
realize
recognize
reflect
self-assess
30. Stage 1 Stage 2
If the ddeessiirreedd rreessuulltt iiss oorr
lleeaarrnneerrss ttoo ……
TThheenn,, yyoouu nneeeedd eevviiddeennccee ooff
tthhee ssttuuddeenntt’’ss aabbiilliittyy ttoo ……
SSoo,, tthhee aasssseessssmmeennttss nneeeedd
ttoo iinncclluuddee ssoommee tthhiinnggss
lliikkee……
UUnnddeerrssttaanndd tthhaatt::
•Valid assessment matches
the achievement targets
with the evidence.
•Effective assessment
promotes learning, as well
as measures it.
•EExxppllaaiinn ……
any of the desired
understandings.
•IInntteerrpprreett……
the meaning of results
from different assessment
measures
•Plan a presentation for
beginning teachers to
explain the rationale for
using a balance of
assessment formats when
gathering evidence of
learning.
31. Stage 1 Stage 2
If the ddeessiirreedd rreessuulltt iiss oorr
lleeaarrnneerrss ttoo ……
TThheenn,, yyoouu nneeeedd eevviiddeennccee
ooff tthhee ssttuuddeenntt’’ss aabbiilliittyy ttoo
……
SSoo,, tthhee aasssseessssmmeennttss nneeeedd
ttoo iinncclluuddee ssoommee tthhiinnggss
lliikkee……
UUnnddeerrssttaanndd tthhaatt::
•Assessment of
understanding require
students to apply and
explain, not simply recall.
•Clear criteria and
“anchors” enhance scoring
reliability.
AAnndd tthhoouugghhttffuullllyy ccoonnssiiddeerr
tthhee qquueessttiioonnss……
•What is valid assessment?
•Are we appropriately
assessing everything we
value?
•AAppppllyy bbyy ……
designing a valid
assessment for specific
achievement targets.
SSeeee ffrroomm tthhee ppooiinnttss ooff
vviieeww ooff ……
different users of
assessment information.
•Develop a summary
statement to synthesize
the results from different
assessments. Then, suggest
specific improvement
actions suggested by the
results.
•Design an authentic
performance assessment
task and rubric to judge the
degree of understanding of
a Big Idea or process.
32. Stage 1 Stage 2
If the ddeessiirreedd rreessuulltt iiss oorr
lleeaarrnneerrss ttoo ……
TThheenn,, yyoouu nneeeedd eevviiddeennccee
ooff tthhee ssttuuddeenntt’’ss aabbiilliittyy ttoo
……
SSoo,, tthhee aasssseessssmmeennttss nneeeedd
ttoo iinncclluuddee ssoommee tthhiinnggss
lliikkee……
AAnndd tthhoouugghhttffuullllyy ccoonnssiiddeerr
tthhee qquueessttiioonnss……
•What evidence will show
that students really
understand?
•How can we make our
judgments more reliable?
•EEmmppaatthhiizzee wwiitthh ……
a student being assessed.
•OOvveerrccoommee tthhee nnaaïïvvee oorr
bbiiaasseedd iiddeeaa tthhaatt……
everything that is assessed
must be graded.
•RReefflleecctt oonn ……
your own experiences,
attitudes, and biases
regarding assessment.
•Express the view of a
policy maker (e.g.,
legislator, board member)
regarding the use of
standardized tests to
evaluate school
performance.
•Write a simulated journal
entry as a student who
understands the material
but is not a good traditional
test taker.
33. Stage 1 Stage 2
If the ddeessiirreedd rreessuulltt iiss oorr
lleeaarrnneerrss ttoo ……
TThheenn,, yyoouu nneeeedd eevviiddeennccee
ooff tthhee ssttuuddeenntt’’ss aabbiilliittyy ttoo
……
SSoo,, tthhee aasssseessssmmeennttss nneeeedd
ttoo iinncclluuddee ssoommee tthhiinnggss
lliikkee……
•Identify any biases that
you have regarding various
types of assessment (e.g.,
multiple choice, essay,
projects, standardized
tests), and reflect on if and
how these have influenced
your work.
34. Use the six facets of understanding to generate
possible ways in which students might reveal
understanding.
35. Explanation
EElleeccttrriiccii
ttyy
Self-Knowledge
Interpretation
Empathy
Application
•Design an electrical
circuit to accomplish a
specific task.
•Troubleshoot a faulty
electrical circuit.
Perspective
•Interpret a schematic
diagram and predict
the outcome
•Describe an electron’s
experience as it passes
through a simple
current.
•Give a pre-test and a post-test
to assess common
misconceptions (e.g., force-concept
inventory) and have
students reflect on their
deepening understanding.
•Why does the United
States use AC instead of
DC current? (historical
perspective)
•What are the strengths
of each type?
•Explain to the class
how a battery causes a
light bulb to glow.