This is a (longish) PPT deck (in PDF form here) has been my evolving script for school workshops on what assessment is, how to do it, and how to think about it. The slides by themselves are not so long a read and serve as kind of an intro–to–intermediate-level text.
Topic: Scoring Rubrics and Rating Scale
Student Name: Parkash Mal
Class: B.Ed. Hons Elementary Part (II)
Project Name: “Young Teachers' Professional Development (TPD)"
"Project Founder: Prof. Dr. Amjad Ali Arain
Faculty of Education, University of Sindh, Pakistan
Essential Questions and Enduring Understandingsaescurriculum
This document summarizes an agenda and activities for a workshop on Understanding by Design (UbD). The agenda includes a review of UbD, identifying essential questions and understandings, and designing assessments. Examples of essential questions and understandings are provided. Essential questions are meant to be open-ended, investigated from multiple perspectives, and encourage meaning making. Understandings are meaningful big ideas that cannot be directly taught but must be inferred, connect different ideas, and transfer to new contexts. Participants engage in self-tests and activities to identify essential questions and understandings. The workshop leaders offer to meet with participants to help evaluate essential questions and understandings or participate in peer reviews of instructional units.
The document summarizes class notes from November 12th that discuss key elements of stage 2 assessments, including determining acceptable evidence, thinking like an assessor, and the important rules and guidelines around assessment design. Specifically, it covers the three basic questions assessors should ask, examples of evidence of understanding and desired results, and how to design performance tasks using a GRASPS framework. It also discusses looking at assessment from a school/district perspective, including the three broad types of assessments, examples of data-driven decisions, and components of an assessment philosophy.
This document discusses rubrics and report cards for 5th grade students in the FUSD district. It provides guidance on developing and using rubrics to assess student performance. Rubrics can be holistic, assessing all criteria simultaneously, or analytic, assessing each criterion separately. Analytic rubrics provide more diagnostic feedback while holistic rubrics allow for faster scoring. The document demonstrates how to create a rubric for a reading literature standard and provides suggestions for applying rubrics to report cards and instruction.
This document outlines the ABCD method for writing instructional objectives. The ABCD method specifies that objectives should include: A) Audience - who the learners are, B) Behavior - what the learners will be able to do, C) Condition - the context/circumstances of the learning, and D) Degree - how well or to what level the learning must be achieved. Terminal objectives describe what learners can do after instruction, while enabling objectives describe prerequisites. Verbs should be used to specify behaviors involving facts, concepts, rules, or principles. Conditions provide circumstances and degrees specify standards for performance.
Inquiry: Preparing for BTSA Advice & Assistancedarrenbattaglia
The document discusses the San Jose Unified School District's induction program for preparing new teachers. It outlines the program's objectives of helping teachers identify evidence to demonstrate meeting teaching standards. Teachers collect artifacts from their teaching practice and meet with an advisor to review the evidence and receive feedback on meeting standards. The program ensures each teacher provides proof of mastering induction standards to earn their clear teaching credential.
This deck is from my workshop at ACTE Career Tech Vision 2013 in Las Vegas titled "Assessment FOR Learning: How Measuring Success DURING Learning Turns Testing Upside Down"
Most students hate taking tests. Most teachers hate giving tests. But a new concept called "AfL" (Assessment FOR Learning) has turned the concept of measurement upside down. Rather than waiting until the end of the process, AfL incorporates measurement throughout the learning process.
Learners know exactly where they are at all times -- which areas are solid, and what they need to work on. Teachers can see the results of their lessons and modify what they're doing to improve results. Parents and administrators have no surprises -- from the pre-class measurement to the end of class wrap-up.
Topic: Scoring Rubrics and Rating Scale
Student Name: Parkash Mal
Class: B.Ed. Hons Elementary Part (II)
Project Name: “Young Teachers' Professional Development (TPD)"
"Project Founder: Prof. Dr. Amjad Ali Arain
Faculty of Education, University of Sindh, Pakistan
Essential Questions and Enduring Understandingsaescurriculum
This document summarizes an agenda and activities for a workshop on Understanding by Design (UbD). The agenda includes a review of UbD, identifying essential questions and understandings, and designing assessments. Examples of essential questions and understandings are provided. Essential questions are meant to be open-ended, investigated from multiple perspectives, and encourage meaning making. Understandings are meaningful big ideas that cannot be directly taught but must be inferred, connect different ideas, and transfer to new contexts. Participants engage in self-tests and activities to identify essential questions and understandings. The workshop leaders offer to meet with participants to help evaluate essential questions and understandings or participate in peer reviews of instructional units.
The document summarizes class notes from November 12th that discuss key elements of stage 2 assessments, including determining acceptable evidence, thinking like an assessor, and the important rules and guidelines around assessment design. Specifically, it covers the three basic questions assessors should ask, examples of evidence of understanding and desired results, and how to design performance tasks using a GRASPS framework. It also discusses looking at assessment from a school/district perspective, including the three broad types of assessments, examples of data-driven decisions, and components of an assessment philosophy.
This document discusses rubrics and report cards for 5th grade students in the FUSD district. It provides guidance on developing and using rubrics to assess student performance. Rubrics can be holistic, assessing all criteria simultaneously, or analytic, assessing each criterion separately. Analytic rubrics provide more diagnostic feedback while holistic rubrics allow for faster scoring. The document demonstrates how to create a rubric for a reading literature standard and provides suggestions for applying rubrics to report cards and instruction.
This document outlines the ABCD method for writing instructional objectives. The ABCD method specifies that objectives should include: A) Audience - who the learners are, B) Behavior - what the learners will be able to do, C) Condition - the context/circumstances of the learning, and D) Degree - how well or to what level the learning must be achieved. Terminal objectives describe what learners can do after instruction, while enabling objectives describe prerequisites. Verbs should be used to specify behaviors involving facts, concepts, rules, or principles. Conditions provide circumstances and degrees specify standards for performance.
Inquiry: Preparing for BTSA Advice & Assistancedarrenbattaglia
The document discusses the San Jose Unified School District's induction program for preparing new teachers. It outlines the program's objectives of helping teachers identify evidence to demonstrate meeting teaching standards. Teachers collect artifacts from their teaching practice and meet with an advisor to review the evidence and receive feedback on meeting standards. The program ensures each teacher provides proof of mastering induction standards to earn their clear teaching credential.
This deck is from my workshop at ACTE Career Tech Vision 2013 in Las Vegas titled "Assessment FOR Learning: How Measuring Success DURING Learning Turns Testing Upside Down"
Most students hate taking tests. Most teachers hate giving tests. But a new concept called "AfL" (Assessment FOR Learning) has turned the concept of measurement upside down. Rather than waiting until the end of the process, AfL incorporates measurement throughout the learning process.
Learners know exactly where they are at all times -- which areas are solid, and what they need to work on. Teachers can see the results of their lessons and modify what they're doing to improve results. Parents and administrators have no surprises -- from the pre-class measurement to the end of class wrap-up.
The document discusses principles of effective assessment and evaluation. It states that assessment should primarily aim to improve student learning and teaching. Assessment takes a broad range of forms and should be tailored to the skills or knowledge being assessed. Effective assessment intentionally focuses on important learning goals, provides clear feedback, and is varied, manageable, timely and fair. Performance standards, rubrics, grades and evaluating effort are also discussed.
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.
The document provides guidance on creating effective assessments for students. It discusses:
1) The key differences between assessment, evaluation, and testing, and emphasizes the importance of formative and summative assessments.
2) Recommended practices for embedded, everyday assessments including observing students as they learn and using artifacts to represent their understanding.
3) Steps to create assessment tasks including identifying standards, unpacking practices, developing learning performances, writing tasks, and reviewing tasks.
4) Types of assessment tasks of varying cognitive demands and examples of low and medium-level tasks.
The document provides guidance on creating effective assessments for students. It discusses:
1) The key differences between assessment, evaluation, and testing, and emphasizes the importance of formative and embedded assessments.
2) Best practices for assessment including aligning tasks with learning goals, allowing students to demonstrate understanding in different ways, and using assessments to guide instruction.
3) Steps to create assessment tasks including identifying standards and practices, developing learning performances, and reviewing tasks for clarity, difficulty level, and fairness.
The document provides guidance on assessing student background knowledge and measuring student learning. It discusses the importance of checking students' prior knowledge to identify gaps and misconceptions. Several strategies are outlined for conducting background knowledge checks, including common sense inventories, background knowledge probes, minute papers, and online surveys. The document also discusses formative and summative assessments and provides examples of assessment strategies like rubrics, tests, self-assessment, and peer assessment. The goal of assessment should be to systematically collect information about student learning to inform instructional decisions.
This document discusses assessment in science education. It outlines the key components of assessment, including focus, purpose, process, and users. Formative and summative assessment are described, as are various methods of assessment like paper/pencil tests, performances, interviews, and portfolios. The document also discusses standards for assessment based on the National Science Education Standards, including ensuring assessments are consistent with learning objectives, measure both achievement and opportunity to learn, provide quality data, and make reasonable inferences. Effective assessment provides feedback to students and teachers to improve learning.
This document discusses assessment in science education. It outlines the key components of assessment, including focus, purpose, process, and users. Formative and summative assessment are described, as are various methods of assessment like paper/pencil tests, performances, interviews, and portfolios. The document also discusses standards for assessment based on the National Science Education Standards, including ensuring assessments are consistent with learning objectives, measure both achievement and opportunity to learn, provide quality data, and make reasonable inferences. Effective assessment provides feedback to students and teachers to improve learning.
Active learning & classroom assessment practicesKyawmoe Aung
This document discusses various assessment techniques including formative and summative assessment, criteria for good assessment, and examples of performance-based assessments. Formative assessment occurs during instruction to inform teaching, while summative assessment happens at the end to evaluate learning. Good assessments are valid, reliable, standardized, practical, and have positive washback effects on teaching and learning. Performance-based assessments examples include K-W-L charts, pass slips, portfolios, peer assessment, and self-assessment. The role of assessment is to align learning objectives, instruction, and evaluation of skills and knowledge.
This document discusses assessment at various levels - instructional, program, and institutional. It defines assessment as determining what you want to know and how to measure it, not as evaluation. The document provides examples of formative and summative instructional assessments including classroom assessment techniques. It also discusses tying instruction to learning outcomes and assessing at the program level by examining outcomes. Finally, it discusses institutional level assessment through tools like rubric assessment of undergraduate learning outcomes.
The document discusses various approaches to assessment for geography courses in secondary schools (KS3). It addresses questions around managing the assessment workload, involving students in the assessment process, using assessment to provide feedback, and ensuring assessments accurately reflect the skills and content being taught. The document provides examples of different assessment methods, such as peer assessment, self-assessment, and using technology for assessment. It also discusses how assessment results can be used to inform teaching and ensure all students have opportunities to progress.
The document summarizes the key aspects of Understanding by Design (UbD), an educational framework developed by Grant Wiggins and Jay McTighe. The three main stages of UbD's "backward design" approach are to 1) identify desired results such as standards and essential questions, 2) determine acceptable evidence of student understanding through assessments, and 3) plan learning experiences and instruction. The goal of UbD is teaching for understanding rather than superficial content coverage.
Essential Questions for Enduring UnderstandingCarla Piper
This document discusses essential questions, Understanding by Design, and Common Core standards. It provides information on Bloom's taxonomy, framing essential questions, the three stages of UbD (desired results, evidence, and learning plan), ensuring enduring understanding, integrating performance tasks and projects, and research and digital literacy skills in the Common Core. The overall purpose is to help educators design curriculum and assessments focused on developing student understanding.
2019.05.10 Noticing Progress IH Bydgoszcz Sandy MillinSandy Millin
This document provides information and ideas for how teachers and students can track and notice progress in language learning. It discusses using tools like tests, feedback, self-assessment, peer support and reflection to demonstrate growth in skills, knowledge and confidence over time. Teachers are also encouraged to track their own progress through activities such as keeping a teaching journal, self-assessment and blogging.
This document discusses best practices for designing assessments and tests. It outlines different types of assessments, including formative and summative assessments. It also describes various types of questions that can be used, such as true/false, multiple choice, matching, fill-in-the-blank, and essay questions. For each question type, it provides guidance on when to use each type and how to design the questions effectively. Throughout, it emphasizes the importance of clear learning targets and designing assessments that accurately measure what students need to learn.
This document discusses using formative assessment and Universal Design for Learning (UDL) principles to improve instruction and student learning. It makes three key points:
1. Formative assessment should be used to continuously monitor student understanding and provide feedback to help students improve. Results can inform future lesson planning.
2. A variety of formative assessment methods aligned to learning objectives and student strengths (per UDL) are recommended, such as exit tickets, interviews, demonstrations.
3. Proper use of formative assessment data involves analyzing results, grouping students by understanding, and developing targeted instructional plans to reteach concepts as needed and provide extensions for students who have mastered the material. The goal is a continuous
Teach Smarter, Not Harder: Weaving Formative Assessment into Digital LearningKyle Schutt
This document discusses how formative assessment and digital tools can be used to inform teaching and engage students. It provides examples of online formative assessment probes and platforms like wikis that allow teachers to collect student data, provide feedback, and monitor progress. The document emphasizes that formative assessments should not be tests, but rather be used as part of the instructional process to identify misconceptions and learning gaps in real-time.
Understanding by Design (UbD) is a framework for curriculum development created by Jay McTighe and Grant Wiggins that uses backward design. It consists of 3 steps: 1) identifying desired results, 2) determining acceptable evidence of student understanding, and 3) planning learning experiences. The goal is to develop deep student understanding rather than superficial content coverage. Key aspects include defining big ideas, assessing for understanding, and creating units that hook students and allow for application, evaluation, and differentiated learning experiences.
This document discusses different types of assessment and strategies to promote effective assessment. It describes three main types of assessment: assessment for learning, which informs teaching; assessment as learning, which involves student self-assessment; and assessment of learning, which evaluates student learning. Several strategies are outlined, including setting clear learning intentions, establishing assessment criteria, using questions to check understanding, providing descriptive feedback, and involving students in peer and self-assessment. The goal is to use assessment to actively engage students in learning and help teachers improve their instruction.
Independent Curriculum Group 2015 Survey on Academic LeadershipPeter Gow
An brief report-out on results of the ICG's 2015 Academic Leadership Survey as presented at the Fall 2015 Academic Leaders Retreats. Focus is on role-specific issues for leaders and "middle managers" in schools
Peter Gow is an educator, author, and speaker who has spent over 38 years working in independent schools. His life's work is helping independent schools deliver the best possible educational experience based on their mission. He does this through writing, speaking at conferences, and advising schools on issues like curriculum, assessment, professional development, and school culture. In his free time, he enjoys writing, maritime life, technology, and finding ways to improve education.
More Related Content
Similar to Assessment in the Curriculum Design Process
The document discusses principles of effective assessment and evaluation. It states that assessment should primarily aim to improve student learning and teaching. Assessment takes a broad range of forms and should be tailored to the skills or knowledge being assessed. Effective assessment intentionally focuses on important learning goals, provides clear feedback, and is varied, manageable, timely and fair. Performance standards, rubrics, grades and evaluating effort are also discussed.
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.
The document provides guidance on creating effective assessments for students. It discusses:
1) The key differences between assessment, evaluation, and testing, and emphasizes the importance of formative and summative assessments.
2) Recommended practices for embedded, everyday assessments including observing students as they learn and using artifacts to represent their understanding.
3) Steps to create assessment tasks including identifying standards, unpacking practices, developing learning performances, writing tasks, and reviewing tasks.
4) Types of assessment tasks of varying cognitive demands and examples of low and medium-level tasks.
The document provides guidance on creating effective assessments for students. It discusses:
1) The key differences between assessment, evaluation, and testing, and emphasizes the importance of formative and embedded assessments.
2) Best practices for assessment including aligning tasks with learning goals, allowing students to demonstrate understanding in different ways, and using assessments to guide instruction.
3) Steps to create assessment tasks including identifying standards and practices, developing learning performances, and reviewing tasks for clarity, difficulty level, and fairness.
The document provides guidance on assessing student background knowledge and measuring student learning. It discusses the importance of checking students' prior knowledge to identify gaps and misconceptions. Several strategies are outlined for conducting background knowledge checks, including common sense inventories, background knowledge probes, minute papers, and online surveys. The document also discusses formative and summative assessments and provides examples of assessment strategies like rubrics, tests, self-assessment, and peer assessment. The goal of assessment should be to systematically collect information about student learning to inform instructional decisions.
This document discusses assessment in science education. It outlines the key components of assessment, including focus, purpose, process, and users. Formative and summative assessment are described, as are various methods of assessment like paper/pencil tests, performances, interviews, and portfolios. The document also discusses standards for assessment based on the National Science Education Standards, including ensuring assessments are consistent with learning objectives, measure both achievement and opportunity to learn, provide quality data, and make reasonable inferences. Effective assessment provides feedback to students and teachers to improve learning.
This document discusses assessment in science education. It outlines the key components of assessment, including focus, purpose, process, and users. Formative and summative assessment are described, as are various methods of assessment like paper/pencil tests, performances, interviews, and portfolios. The document also discusses standards for assessment based on the National Science Education Standards, including ensuring assessments are consistent with learning objectives, measure both achievement and opportunity to learn, provide quality data, and make reasonable inferences. Effective assessment provides feedback to students and teachers to improve learning.
Active learning & classroom assessment practicesKyawmoe Aung
This document discusses various assessment techniques including formative and summative assessment, criteria for good assessment, and examples of performance-based assessments. Formative assessment occurs during instruction to inform teaching, while summative assessment happens at the end to evaluate learning. Good assessments are valid, reliable, standardized, practical, and have positive washback effects on teaching and learning. Performance-based assessments examples include K-W-L charts, pass slips, portfolios, peer assessment, and self-assessment. The role of assessment is to align learning objectives, instruction, and evaluation of skills and knowledge.
This document discusses assessment at various levels - instructional, program, and institutional. It defines assessment as determining what you want to know and how to measure it, not as evaluation. The document provides examples of formative and summative instructional assessments including classroom assessment techniques. It also discusses tying instruction to learning outcomes and assessing at the program level by examining outcomes. Finally, it discusses institutional level assessment through tools like rubric assessment of undergraduate learning outcomes.
The document discusses various approaches to assessment for geography courses in secondary schools (KS3). It addresses questions around managing the assessment workload, involving students in the assessment process, using assessment to provide feedback, and ensuring assessments accurately reflect the skills and content being taught. The document provides examples of different assessment methods, such as peer assessment, self-assessment, and using technology for assessment. It also discusses how assessment results can be used to inform teaching and ensure all students have opportunities to progress.
The document summarizes the key aspects of Understanding by Design (UbD), an educational framework developed by Grant Wiggins and Jay McTighe. The three main stages of UbD's "backward design" approach are to 1) identify desired results such as standards and essential questions, 2) determine acceptable evidence of student understanding through assessments, and 3) plan learning experiences and instruction. The goal of UbD is teaching for understanding rather than superficial content coverage.
Essential Questions for Enduring UnderstandingCarla Piper
This document discusses essential questions, Understanding by Design, and Common Core standards. It provides information on Bloom's taxonomy, framing essential questions, the three stages of UbD (desired results, evidence, and learning plan), ensuring enduring understanding, integrating performance tasks and projects, and research and digital literacy skills in the Common Core. The overall purpose is to help educators design curriculum and assessments focused on developing student understanding.
2019.05.10 Noticing Progress IH Bydgoszcz Sandy MillinSandy Millin
This document provides information and ideas for how teachers and students can track and notice progress in language learning. It discusses using tools like tests, feedback, self-assessment, peer support and reflection to demonstrate growth in skills, knowledge and confidence over time. Teachers are also encouraged to track their own progress through activities such as keeping a teaching journal, self-assessment and blogging.
This document discusses best practices for designing assessments and tests. It outlines different types of assessments, including formative and summative assessments. It also describes various types of questions that can be used, such as true/false, multiple choice, matching, fill-in-the-blank, and essay questions. For each question type, it provides guidance on when to use each type and how to design the questions effectively. Throughout, it emphasizes the importance of clear learning targets and designing assessments that accurately measure what students need to learn.
This document discusses using formative assessment and Universal Design for Learning (UDL) principles to improve instruction and student learning. It makes three key points:
1. Formative assessment should be used to continuously monitor student understanding and provide feedback to help students improve. Results can inform future lesson planning.
2. A variety of formative assessment methods aligned to learning objectives and student strengths (per UDL) are recommended, such as exit tickets, interviews, demonstrations.
3. Proper use of formative assessment data involves analyzing results, grouping students by understanding, and developing targeted instructional plans to reteach concepts as needed and provide extensions for students who have mastered the material. The goal is a continuous
Teach Smarter, Not Harder: Weaving Formative Assessment into Digital LearningKyle Schutt
This document discusses how formative assessment and digital tools can be used to inform teaching and engage students. It provides examples of online formative assessment probes and platforms like wikis that allow teachers to collect student data, provide feedback, and monitor progress. The document emphasizes that formative assessments should not be tests, but rather be used as part of the instructional process to identify misconceptions and learning gaps in real-time.
Understanding by Design (UbD) is a framework for curriculum development created by Jay McTighe and Grant Wiggins that uses backward design. It consists of 3 steps: 1) identifying desired results, 2) determining acceptable evidence of student understanding, and 3) planning learning experiences. The goal is to develop deep student understanding rather than superficial content coverage. Key aspects include defining big ideas, assessing for understanding, and creating units that hook students and allow for application, evaluation, and differentiated learning experiences.
This document discusses different types of assessment and strategies to promote effective assessment. It describes three main types of assessment: assessment for learning, which informs teaching; assessment as learning, which involves student self-assessment; and assessment of learning, which evaluates student learning. Several strategies are outlined, including setting clear learning intentions, establishing assessment criteria, using questions to check understanding, providing descriptive feedback, and involving students in peer and self-assessment. The goal is to use assessment to actively engage students in learning and help teachers improve their instruction.
Similar to Assessment in the Curriculum Design Process (20)
Independent Curriculum Group 2015 Survey on Academic LeadershipPeter Gow
An brief report-out on results of the ICG's 2015 Academic Leadership Survey as presented at the Fall 2015 Academic Leaders Retreats. Focus is on role-specific issues for leaders and "middle managers" in schools
Peter Gow is an educator, author, and speaker who has spent over 38 years working in independent schools. His life's work is helping independent schools deliver the best possible educational experience based on their mission. He does this through writing, speaking at conferences, and advising schools on issues like curriculum, assessment, professional development, and school culture. In his free time, he enjoys writing, maritime life, technology, and finding ways to improve education.
Presentation from the April 2012 Independent Curriculum Group conference, "New Directions in Assessment." A quick overview of new assessments and some novel ways to use conventional assessments, based on work by Doug Lyons and Andrew Niblock.
Two experienced independent school middle managers share lessons on making change that sticks while minimizing conflict and resistance. From NAIS Annual Conference, 2011.
How schools can work with and for teachers to optimize environments for teaching and learning. PPT from 1-hour session at the 2010 National Association of Independent Schools Annual Conference titled "The Intentional Teacher: Better Teaching Through School-Teacher Dialogue." Supplementary resources include the book THE INTENTIONAL TEACHER: FORGING A GREAT CAREER IN THE INDEPENDENT SCHOOL CLASSROOM by Peter Gow (Avocus, 2009)
Some basic principles of school leadership in our time, as gleaned from research done in the spring and summer of 2009 for the National Association of Independent Schools.
Presented as part of the "Leading Toward a Sustainable Future" workshop at the NAIS 2010 annual conference.
Workshop session on "How Schools Build Innovative Curriculum" from the Independent Curriculum Group conference, "Re-Imagining High School," October 27, 2009 at Beaver Country Day School in Chestnut Hill, Massachusetts.
Presentation on one view of the evolution of progressive education in the 21st century, originally made for the Progressive Education Network national conference in October 2009.
A rubric is a tool used to assess student performance on assignments and provide feedback. It defines the expectations and objectives of the assignment and describes what constitutes high quality performance. Developing rubrics with students helps them understand what is expected of their work. Using rubrics provides specific feedback and makes grading more consistent and objective. It also helps students understand how to improve by focusing on the objectives. There are different types of rubrics such as numeric scales and qualitative descriptions. Regardless of the type, rubrics should clearly define the performance levels so students understand how their work will be evaluated.
This document discusses evaluation rubrics and provides guidance on how to create them. It defines a rubric as a set of criteria used to evaluate student work. It emphasizes that rubrics should clearly define performance levels and provide students with clear feedback. The document then provides examples of different rubric formats and discusses how to design rubrics, including identifying important evaluation categories and defining different performance levels for each category. It also provides tips on using rubrics to grade student work.
Progressive education began in the early 20th century as a reform movement aimed at moral and social transformation through child-centered educational approaches. It grew from the philosophies of thinkers like John Locke and Jean-Jacques Rousseau. Major early proponents included John Dewey and Maria Montessori. In the 1930s, the Eight-Year Study found that progressive education was as effective at preparing students for college as traditional methods. While progressive education waned in popularity in the 1950s, many of its values and approaches saw a resurgence in the 1960s and continue to influence education today.
This document discusses theories of learning and intelligence. It covers the following key points:
1. Individuals have different learning styles based on their innate cognitive systems and life experiences. No two people learn the same way.
2. The brain needs certain inputs like water, oxygen, and stimulation to function well. It also benefits from repetition, strong associations, patterns, and positive reinforcement.
3. Modern theories of intelligence reject the idea of a single measurable intelligence, and instead see intelligence as comprising multiple capacities or dispositions that are contextual.
Technology and the Culture of Learning, 2004Peter Gow
A PPT condensing an article on "Technology and the Culture of Learning" that discusses the dimensions and ramifications of technological change for schools, teaching, and learning.
Lesson Learned from a Curriculum Change ProcessPeter Gow
This document discusses lessons learned from curriculum reform efforts at schools. It emphasizes that curriculum reform is an ongoing process that requires long-term commitment and structures to ensure continuous development. It also stresses the importance of connecting reform efforts to the school's mission and strategic plan. Finally, it notes that curriculum reform is challenging and impacts all areas of the school, requiring support structures for professional development and accountability.
हिंदी वर्णमाला पीपीटी, hindi alphabet PPT presentation, hindi varnamala PPT, Hindi Varnamala pdf, हिंदी स्वर, हिंदी व्यंजन, sikhiye hindi varnmala, dr. mulla adam ali, hindi language and literature, hindi alphabet with drawing, hindi alphabet pdf, hindi varnamala for childrens, hindi language, hindi varnamala practice for kids, https://www.drmullaadamali.com
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.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
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.
A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
Introduction to AI for Nonprofits with Tapp NetworkTechSoup
Dive into the world of AI! Experts Jon Hill and Tareq Monaur will guide you through AI's role in enhancing nonprofit websites and basic marketing strategies, making it easy to understand and apply.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
Macroeconomics- Movie Location
This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
Assessment and Planning in Educational technology.pptxKavitha Krishnan
In an education system, it is understood that assessment is only for the students, but on the other hand, the Assessment of teachers is also an important aspect of the education system that ensures teachers are providing high-quality instruction to students. The assessment process can be used to provide feedback and support for professional development, to inform decisions about teacher retention or promotion, or to evaluate teacher effectiveness for accountability purposes.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
4. WHAT IS
ASSESSMENT
?
§Measuring or determining
what students have learned,
ideally based on what was
intended
§Term also used to describe a
tool—project, test,
presentation, performance,
…—used for measuring or
determining learning
ASSESSMENT/Gow Creative Commons BY-NC-SA
7. CURRICULUM
INTHREE
QUESTIONS
§Where are you going?
§How are you gonna get
there?
§How are you gonna know
that you’ve arrived?
(Thank you, Professor Walter Crocker at Rhode Island
College, who taught me this concept of “backwards
curriculum design” in 1976, years before Grant Wiggins,
though it fell on my unhearing ears at the time. I thought
my curriculum was the textbook or sequence of readings.)
ASSESSMENT/Gow Creative Commons BY-NC-SA
8. DESTINATION
&
ASSESSMENT
Where are you going?
What specific desired
learnings will you want to
make sure that students have
actually learned? What
knowledge, understandings,
skills, perspectives, and
dispositions will you want to
assess?
ASSESSMENT/Gow Creative Commons BY-NC-SA
9. ENTER
PRE-
ASSESSMENT
§Exercises to discover what
students know and don’t know as
they enter a new area of learning
§RULE OF THUMB: Pre-
assessment ought to be “no
stakes” assessment
§Related to DIAGNOSTIC
ASSESSMENT, which can be
used as a pre-assessment or as a
tool for trouble-shooting along
the way ASSESSMENT/Gow Creative Commons BY-NC-SA
10. THE
JOURNEY
&
ASSESSMENT
How are you gonna
get there?
What questions, activities, and
exercises should you be
designing and assigning along
the way to make sure that your
students are truly coming
along and keeping up with
your itinerary on this journey?ASSESSMENT/Gow Creative Commons BY-NC-SA
11. ENTER
FORMATIVE
ASSESSMENT
§Assessments designed to
measure intentionally
defined elements of a
student’s progress en route
to larger or more “final”
learning goals
§Often used to check up on
content/factual knowledge,
procedural knowledge,
basic application skillsASSESSMENT/Gow Creative Commons BY-NC-SA
12. How are you gonna
know that you’ve
arrived?
What kinds of questions,
projects, exercises,
presentations, or other work will
you be asking of students that
will provide the evidence of
these desired learnings?
ARRIVAL
&
ASSESSMENT
ASSESSMENT/Gow Creative Commons BY-NC-SA
13. ENTER
SUMMATIVE
ASSESSMENT
§Assessments designed to measure
defined elements of mastery of more
holistic or broader learning: larger or
more “final” concepts, deeper
understandings, or skills
§Can also be adapted to include the
assessment of social-emotional
learning/development in the context
of broader performances
(organizational, collaborative, creative,
cross-cultural…)
ASSESSMENT/Gow Creative Commons BY-NC-SA
14. CONCEPT:
AUTHENTIC
ASSESSMENT
Authentic assessment attempts to
mirror, replicate, or relate directly to
“the real world,” ideally to students’
real lives as family members, group
members, citizens, humans.
Authentic assessment usually
involves evaluating or creating, is
usually built around complex
questions or ill-defined problems.
ASSESSMENT/Gow Creative Commons BY-NC-SA
15. AUTHENTIC
ASSESSMENT
EXAMPLES
§ Write a letter to an official or a newspaper
about…
§ Create a product that will lead to a particular
social benefit…
§ Write a “legal brief” defending or supporting a
particular cause in which you believe
§ Gather data on an environmental or social
problem in your community, organize and present
this data in a compelling way, and propose ways
to ameliorate it to an appropriate government
agency
§ Create a space, object, or installation on your
campus that expresses an important aspect of …
§ Make your best scientific argument either for or
against…
§ Design a museum display to showcase the role of
mathematics in our daily livesASSESSMENT/Gow Creative Commons BY-NC-SA
16. BTW
TWO OTHER
SPECIES OF
ASSESSMENT
§ NORM-REFERENCED: measure and
provide comparative information on a
student’s mastery of content material,
understandings, and skills relative to that
of other students (Can you spell SAT?)
§ CRITERION-REFERENCED: measure
learning against defined (and ideally
objective) criteria. Can be used to
establish competence, and handy in
classrooms for “mastery learning” of
essential content or basic skills:“Must
score 80% to pass; retakes permitted.”
(Did you get a learner’s permit?)
ASSESSMENT/Gow Creative Commons BY-NC-SA
18. EFFECTIVE
ASSESSMENT
INTENTIONALLY FOCUSES ON
WHAT MATTERS: It asks students to
present evidence of the important
learning you want to have occurred.
A RULE OF ASSESSMENT:
“ASSESS WHATYOU VALUE
AND
VALUE WHATYOU ASSESS.”
—GRANT WIGGINS
ASSESSMENT/Gow Creative Commons BY-NC-SA
22. WHAT DOES
ASSESSMENT
LOOK LIKE?
Assessment encompasses a broad
range of methods and
techniques. A few examples:
§long-term, hands-on, field-work-
intensive, multi-genre, cross-
disciplinary collaborative, projects
§essays, problem sets
§standardized multiple-choice tests
§skits, simulations, debates,
enactments
§paper-and-pencil quizzes
ASSESSMENT/Gow Creative Commons BY-NC-SA
23. AN
EXERCISE
(1)
HOW MIGHTYOU
• ASSESS STUDENTS’ ABILITY TO
UNDERSTAND A GRAPH?
or
• ASSESS STUDENTS’ ABILITY TO WRITE
PERSUASIVELY?
What form of assessment would you use?
What would it look like?
AND: In ONE of these assessments,
explicitly make a connection in the nature
or content or framing of the assessment to
the students’ real lives as family members,
community members, citizens, or living
organisms on Planet Earth.
ASSESSMENT/Gow Creative Commons BY-NC-SA
24. FOR FURTHER
CONSIDERATION
§ What might be your learning objective—“Destination”—
for each topic?
§ Which kinds of assessments might reveal students’
deepest (or highest) levels of understanding?
§ What kinds of FORMATIVE ASSESSMENTS might be
useful during the “Journey” to ensure that students are
prepared for this assessment?
§ At what point will you know that students are ready for
the main, summative assessment—the “Arrival”—for this
topic? What markers will help you as a teacher know this?
§ Which kinds of assessments would be most likely to
engage students?
§ Which kinds of assessments would be easiest for you to
evaluate?
§ Which kinds of assessments most appeal to you as a
teacher?
§ What are some possible drawbacks of the “best” ideas
you had during this activity?
ASSESSMENT/Gow Creative Commons BY-NC-SA
25. AN
EXERCISE
(2)
HOW MIGHTYOU
• ASSESS STUDENTS’ UNDERSTANDING OF
THE CIVIL RIGHTS MOVEMENT OF THE
1960S?
or
• ASSESS STUDENTS’ READINESS TO STUDY
FUNCTIONS IN PRECALCULUS?
What form of assessment would you use?
What would it look like?
AND: In ONE of these assessments,
explicitly make a connection in the nature
or content or framing of the assessment to
the students’ real lives as family members,
community members, citizens, or living
organisms on Planet Earth.ASSESSMENT/Gow Creative Commons BY-NC-SA
26. FOR FURTHER
CONSIDERATION
§ What might be your learning objective—“Destination”—
for each topic?
§ Which kinds of assessments might reveal students’
deepest (or highest) levels of understanding?
§ What kinds of FORMATIVE ASSESSMENTS might be
useful during the “Journey” to ensure that students are
prepared for this assessment?
§ At what point will you know that students are ready for
the main, summative assessment—the “Arrival”—for this
topic? What markers will help you as a teacher know this?
§ Which kinds of assessments would be most likely to
engage students?
§ Which kinds of assessments would be easiest for you to
evaluate?
§ Which kinds of assessments most appeal to you as a
teacher?
§ What are some possible drawbacks of the “best” ideas
you had during this activity?
ASSESSMENT/Gow Creative Commons BY-NC-SA
27. AN
EXERCISE
(3)
HOW MIGHTYOU
• ASSESS STUDENTS’ INTELLECTUAL
CURIOSITY?
or
• ASSESS STUDENTS’ ABILITY TO MAKE
CONNECTIONS BETWEEN THE FILM
AMERICAN BEAUTY AND THE NOVEL THE
GREAT GATSBY?
What form of assessment would you use?
What would it look like?
AND: In ONE of these assessments, explicitly
make a connection in the nature or content or
framing of the assessment to the students’ real
lives as family members, community
members, citizens, or living organisms on
Planet Earth. ASSESSMENT/Gow Creative Commons BY-NC-SA
28. FOR FURTHER
CONSIDERATION
§ What might be your learning objective—“Destination”—
for each topic?
§ Which kinds of assessments might reveal students’
deepest (or highest) levels of understanding?
§ What kinds of FORMATIVE ASSESSMENTS might be
useful during the “Journey” to ensure that students are
prepared for this assessment?
§ At what point will you know that students are ready for
the main, summative assessment—the “Arrival”—for this
topic? What markers will help you as a teacher know this?
§ Which kinds of assessments would be most likely to
engage students?
§ Which kinds of assessments would be easiest for you to
evaluate?
§ Which kinds of assessments most appeal to you as a
teacher?
§ What are some possible drawbacks of the “best” ideas
you had during this activity?
ASSESSMENT/Gow Creative Commons BY-NC-SA
29. AN
EXERCISE
(4)
HOW MIGHTYOU
• ASSESS WHETHER YOUR STUDENTS
UNDERSTAND THE UTILITY OF THE
BINOMIAL THEOREM?
or
• ASSESS STUDENTS’ MASTERY OF A LIST
OF VOCABULARY WORDS?
What form of assessment would you use?
What would it look like?
AND: In ONE of these assessments, explicitly
make a connection in the nature or content or
framing of the assessment to the students’ real
lives as family members, community
members, citizens, or living organisms on
Planet Earth. ASSESSMENT/Gow Creative Commons BY-NC-SA
30. FOR FURTHER
CONSIDERATION
§ What might be your learning objective—“Destination”—
for each topic?
§ Which kinds of assessments might reveal students’
deepest (or highest) levels of understanding?
§ What kinds of FORMATIVE ASSESSMENTS might be
useful during the “Journey” to ensure that students are
prepared for this assessment?
§ At what point will you know that students are ready for
the main, summative assessment—the “Arrival”—for this
topic? What markers will help you as a teacher know this?
§ Which kinds of assessments would be most likely to
engage students?
§ Which kinds of assessments would be easiest for you to
evaluate?
§ Which kinds of assessments most appeal to you as a
teacher?
§ What are some possible drawbacks of the “best” ideas
you had during this activity?
ASSESSMENT/Gow Creative Commons BY-NC-SA
31. AN
EXERCISE
(5)
HOW MIGHTYOU
• ASSESS STUDENTS’ UNDERSTANDING OF
HOW THE PARTS OF A CELL FUNCTION?
or
• ASSESS STUDENTS’ UNDERSTANDING OF
THE FUNCTIONS OF THE THREE
BRANCHES OF THE UNITED STATES
GOVERNMENT?
What form of assessment would you use?
What would it look like?
AND: In ONE of these assessments, explicitly
make a connection in the nature or content or
framing of the assessment to the students’ real
lives as family members, community
members, citizens, or living organisms on
Planet Earth. ASSESSMENT/Gow Creative Commons BY-NC-SA
32. FOR FURTHER
CONSIDERATION
§ What might be your learning objective—“Destination”—
for each topic?
§ Which kinds of assessments might reveal students’
deepest (or highest) levels of understanding?
§ What kinds of FORMATIVE ASSESSMENTS might be
useful during the “Journey” to ensure that students are
prepared for this assessment?
§ At what point will you know that students are ready for
the main, summative assessment—the “Arrival”—for this
topic? What markers will help you as a teacher know this?
§ Which kinds of assessments would be most likely to
engage students?
§ Which kinds of assessments would be easiest for you to
evaluate?
§ Which kinds of assessments most appeal to you as a
teacher?
§ What are some possible drawbacks of the “best” ideas
you had during this activity?
ASSESSMENT/Gow Creative Commons BY-NC-SA
33. AN
EXERCISE
(6)
HOW MIGHTYOU
• ASSESS STUDENTS’ ABILITY TO READ
AND UNDERSTAND A NOVEL IN SPANISH?
or
• ASSESS STUDENTS’ KNOWLEDGE OF THE
PARTS OF A CELL?
What form of assessment would you use?
What would it look like?
AND: In ONE of these assessments, explicitly
make a connection in the nature or content or
framing of the assessment to the students’ real
lives as family members, community
members, citizens, or living organisms on
Planet Earth.
ASSESSMENT/Gow Creative Commons BY-NC-SA
34. FOR FURTHER
CONSIDERATION
§ What might be your learning objective—“Destination”—
for each topic?
§ Which kinds of assessments might reveal students’
deepest (or highest) levels of understanding?
§ What kinds of FORMATIVE ASSESSMENTS might be
useful during the “Journey” to ensure that students are
prepared for this assessment?
§ At what point will you know that students are ready for
the main, summative assessment—the “Arrival”—for this
topic? What markers will help you as a teacher know this?
§ Which kinds of assessments would be most likely to
engage students?
§ Which kinds of assessments would be easiest for you to
evaluate?
§ Which kinds of assessments most appeal to you as a
teacher?
§ What are some possible drawbacks of the “best” ideas
you had during this activity?
ASSESSMENT/Gow Creative Commons BY-NC-SA
35. AN
EXERCISE
(7)
HOW MIGHTYOU
• ASSESS STUDENTS’ UNDERSTANDING OF
THE IMPACT OF GOVERNMENT TAX
POLICY ON THE LIVES OF CITIZENS?
or
• ASSESS WHETHER STUDENTS
UNDERSTAND THE DIFFERENCE BETWEEN
A SCIENTIFIC THEORY AND A SCIENTIFIC
LAW?
What form of assessment would you use?
What would it look like?
AND: In ONE of these assessments, explicitly
make a connection in the nature or content or
framing of the assessment to the students’ real
lives as family members, community members,
citizens, or living organisms on Planet Earth.ASSESSMENT/Gow Creative Commons BY-NC-SA
36. FOR FURTHER
CONSIDERATION
§ What might be your learning objective—“Destination”—
for each topic?
§ Which kinds of assessments might reveal students’
deepest (or highest) levels of understanding?
§ What kinds of FORMATIVE ASSESSMENTS might be
useful during the “Journey” to ensure that students are
prepared for this assessment?
§ At what point will you know that students are ready for
the main, summative assessment—the “Arrival”—for this
topic? What markers will help you as a teacher know this?
§ Which kinds of assessments would be most likely to
engage students?
§ Which kinds of assessments would be easiest for you to
evaluate?
§ Which kinds of assessments most appeal to you as a
teacher?
§ What are some possible drawbacks of the “best” ideas
you had during this activity?
ASSESSMENT/Gow Creative Commons BY-NC-SA
37. AN
EXERCISE
(8)
HOW MIGHTYOU
• ASSESS STUDENTS’ UNDERSTANDING OF
A SCENE FROM MACBETH?
or
• ASSESS STUDENTS’ UNDERSTANDING
THE EQUATION RELATING SPEED,
DURATION OF TIME, AND DISTANCE
TRAVELED?
What form of assessment would you use?
What would it look like?
AND: In ONE of these assessments, explicitly
make a connection in the nature or content or
framing of the assessment to the students’ real
lives as family members, community members,
citizens, or living organisms on Planet Earth.
ASSESSMENT/Gow Creative Commons BY-NC-SA
38. FOR FURTHER
CONSIDERATION
§ What might be your learning objective—“Destination”—
for each topic?
§ Which kinds of assessments might reveal students’
deepest (or highest) levels of understanding?
§ What kinds of FORMATIVE ASSESSMENTS might be
useful during the “Journey” to ensure that students are
prepared for this assessment?
§ At what point will you know that students are ready for
the main, summative assessment—the “Arrival”—for this
topic? What markers will help you as a teacher know this?
§ Which kinds of assessments would be most likely to
engage students?
§ Which kinds of assessments would be easiest for you to
evaluate?
§ Which kinds of assessments most appeal to you as a
teacher?
§ What are some possible drawbacks of the “best” ideas
you had during this activity?
ASSESSMENT/Gow Creative Commons BY-NC-SA
39. SO?
§ What was hard about the
exercise?
§ What was most interesting
about the exercise?
§ Did the exercise change
any of your thoughts on
assessment?
ASSESSMENT/Gow Creative Commons BY-NC-SA
41. ASSESSMENT/Gow Creative Commons BY-NC-SA
Benjamin
Bloom’s
Taxonomy
of Learning
Objectives
in the
Cognitive
Domain,
updated for
the Digital
Age
42. REMEMBERING
WHAT DOES REMEMBERING
LOOK LIKE?
Retrieving, recalling or recognizing
knowledge from memory.
Remembering is when memory is
used to produce definitions, facts or
lists, or recite or retrieve material.
ASSESSMENT/Gow Creative Commons BY-NC-SA
43. ASSESSING
REMEMBERING
ALMOST ALWAYS CLOSED-ENDED
QUESTIONS
• What happened after...? • How
many...? • What is...? • Who was it
that...? • Can you name ...? • Find the
meaning of… • Describe what
happened after… • Who spoke to...? •
Which is true or false...?
ASSESSMENT/Gow Creative Commons BY-NC-SA
44. UNDER-
STANDING
WHAT DOES UNDERSTANDING
LOOK LIKE?
Explaining ideas or concepts,
interpreting, summarizing,
paraphrasing, classifying, explaining
ASSESSMENT/Gow Creative Commons BY-NC-SA
45. ASSESSING
UNDER-
STANDING
MOSTLY CLOSED-ENDED
QUESTIONS/PROMPTS
• Paraphrase… • How would you
explain…? • Can you write a brief
outline...? • If A occurs in a system,
predict B… • Who do you think...? •
What was the main idea...? • Can you
clarify…? • Can you illustrate…?
ASSESSMENT/Gow Creative Commons BY-NC-SA
46. APPLYING
WHAT DOES APPLYING LOOK
LIKE?
Using information in another familiar
situation: implementing; carrying out;
using; executing; using a process,
algorithm, or procedure properly
ASSESSMENT/Gow Creative Commons BY-NC-SA
47. ASSESSING
APPLYING
MOSTLY OPEN-ENDED
QUESTIONS/PROMPTS SEEKING
TO ELICIT PROCESS APPLICATION
OR CAUSALITY
• Do you know of another instance
where…? • Can you group by
characteristics such as…? • Which
factors would you change if…? • What
questions would you ask of…? • From
the information given, can you
develop instructions about…?
ASSESSMENT/Gow Creative Commons BY-NC-SA
48. ANALYZING
WHAT DOES ANALYZING
LOOK LIKE?
Breaking information into parts to
explore understandings and
relationships: comparing,
organizing, deconstructing,
interrogating, finding, scaling
ASSESSMENT/Gow Creative Commons BY-NC-SA
49. ASSESSING
ANALYZING
OPEN-ENDED
QUESTIONS/PROMPTS
• Which events could not have
happened? • If...had happened, what
might the ending have been? • How
is...similar to...? • What do you see as
other possible outcomes? • Why
did...occur? • What are some or the
problems of...? • Can you distinguish
between...? • What was the turning
point? • What was the problem
with...? ASSESSMENT/Gow Creative Commons BY-NC-SA
50. EVALUATING
WHAT DOES EVALUATING LOOK
LIKE?
Justifying a decision or course of
action: checking, hypothesizing,
critiquing, experimenting, judging,
offering constructive feedback
ASSESSMENT/Gow Creative Commons BY-NC-SA
51. ASSESSING
EVALUATING
OPEN-ENDED QUESTIONS
(STUDENT-GENERATED Qs +++!)
• Is there a better solution to...? • Judge the
value of... • What do you think about...? • Can
you defend your position about...? • Do you
think...is a good or bad thing? • How would
you have handled...? • What changes
to…would you recommend? • How would you
feel if...? • How effective are. ..? • What are
the consequences? • What influence
will....have on our lives? • What are the pros
and cons of...? • Why is...of value? • What are
the alternatives? • Who will gain & who will
lose?
ASSESSMENT/Gow Creative Commons BY-NC-SA
52. CREATING
WHAT DOES CREATING LOOK LIKE?
Generating new ideas, products, or
ways of viewing things: designing,
constructing, planning, producing,
inventing, making analogues or
extensions
ASSESSMENT/Gow Creative Commons BY-NC-SA
53. ASSESSING
CREATING
ASKING STUDENTS TO CREATE THEIR
OWN OPEN-ENDED QUESTIONS OR
PROJECTS TO PURSUE
• Can you design a...to...? • Can you see a
possible solution to...? • If you had access
to all resources, how would you deal
with...? • Why don't you devise your own
way to...? • What would happen if ...? • How
many ways can you...? • Can you create
new and unusual uses for...? • Can you
develop a proposal which would...? • How
might you be inspired to interpret…in a
different medium or genre?ASSESSMENT/Gow Creative Commons BY-NC-SA
54. SO?
§ What was hard about the
exercise?
§ What was most interesting
about the exercise?
§ Did the exercise change
any of your thoughts on
assessment?
ASSESSMENT/Gow Creative Commons BY-NC-SA
56. WHAT WE
ASSESS:
PRODUCT
PRODUCT: The objects,
performances, essays, utterances,
and other intentionally elicited and
defined evidence of learning
“produced” by the student that reveal
what has been learned
ASSESSMENT/Gow Creative Commons BY-NC-SA
57. WHAT WE
ASSESS:
PROCESS
PROCESS: The nature and quality of
a student’s actual (recorded or
tracked) efforts toward defined
learning goals, usually as broken
down into multiple elements, that
reveal how the student learns
ASSESSMENT/Gow Creative Commons BY-NC-SA
58. WHAT WE
ASSESS:
SEL
SOCIAL-EMOTIONAL LEARNING
(a relatively new area for assessment):
The quality of a student’s affective
engagement with learning—
dispositions; interpersonal
characteristics, skills, and
preferences; response to setbacks
and/or feedback; engagement with
ideas or with others
ASSESSMENT/Gow Creative Commons BY-NC-SA
61. A PRINCIPLE
OF
EVALUATION
Student work being evaluated
should never be about surprises or
hidden standards or expectations.
Clarity of expectations matters in
eliciting quality work.
A RULE OF ASSESSMENT:
THE EVALUATED WEIGHT OF
AN ASSESSMENT SHOULD
MORE OR LESS MATCH THE
SCALE OF THE ASSESSMENT IN
TIME AND EFFORTASSESSMENT/Gow Creative Commons BY-NC-SA
62. IMPORTANT THING 1 (OF 2): PERFORMANCE
STANDARDS
DON’T FORGET TO TELL
STUDENTS ABOUT
§ the CRITERIA by which the
quality of their learning will be
assessed (and the quality of their
work evaluated)
§ the CATEGORIES of work—
product, process, SEL, …—on
which the nature of their
learning will be assessed (and
the quality of their work
evaluated)
CRITERIA AND
CATEGORIES
FOR QUALITY
LEARNING
ASSESSMENT/Gow Creative Commons BY-NC-SA
63. PROTIP:
RUBRICS
§ Rubrics aren’t perfect or a
universal cure, but they can
provide clarity for teachers and
students.
§ No, we don’t want to reduce
schoolwork to a formula, but keep
a “mental rubric” and share
criteria and categories as they
matter, assessment by
assessment.
§ But, real rubrics do help quite
often.
ASSESSMENT/Gow Creative Commons BY-NC-SA