This document summarizes a workshop on Just-in-Time Teaching (JiTT). JiTT is a teaching method that uses online pre-class assignments, called WarmUps, to actively engage students with course material before class. WarmUps consist of conceptual questions that students answer in sentences. Instructors then modify their lesson plans based on student responses. Studies show JiTT increases student preparation, engagement, and learning compared to traditional lecturing. The workshop discussed the basics of JiTT, provided examples, and reviewed evidence of its effectiveness from multiple institutions and disciplines.
Changing Landscape of Teaching - SPS 4500 - April 2014Jeff Loats
The document discusses the effectiveness of different teaching methods, specifically comparing traditional lecture-based teaching to more interactive engagement techniques. It describes a teaching strategy called Just-in-Time Teaching (JiTT) that involves students completing preparatory online assignments before class that help guide instruction. Research shows that JiTT and other active learning methods lead to improved student performance, attendance, and perceptions of learning compared to traditional lecture. While preparatory work is often neglected, JiTT provides accountability and benefits both students and instructors.
The document discusses the concepts of "stretch and challenge" in learning. It provides examples of lesson activities that effectively stretch and challenge students, such as using higher-level Bloom's verbs in objectives, modeling for students, and giving students choice in activities and presentations. It also discusses factors that can limit learning, such as excessive pace, overloading of activities, and inflexible planning. Suggestions are provided to help teachers plan for effective stretch and challenge, including considering links to primary schools, incorporating challenge into the curriculum, and promoting a love of reading.
Pedagoo SW presentation: Stretch and Challenge your Able, Gifted and Talente...DoctorMassey
The document provides advice on how to stretch and challenge bright students. It argues that there is no single set of activities that ensures this, and commercial pressures can encourage feeling guilty. Instead, it advocates approaches that enable all students to succeed through a teacher's expertise. It discusses using questioning, feedback, and high expectations consistently. Learning should be like a rollercoaster with difficult periods and reviewing concepts. Providing an open environment like Minecraft alongside rigorous critique can allow students to be remarkable. The key is understanding individual students and giving them tools to learn at their highest level.
90 minute presentation on Just-in-Time Teaching, including motivation for change, evidence for effectiveness, the best tools to use, writing good questions and getting student buy-in.
Changing Landscape of Teaching - SPS 4500 - April 2014Jeff Loats
The document discusses the effectiveness of different teaching methods, specifically comparing traditional lecture-based teaching to more interactive engagement techniques. It describes a teaching strategy called Just-in-Time Teaching (JiTT) that involves students completing preparatory online assignments before class that help guide instruction. Research shows that JiTT and other active learning methods lead to improved student performance, attendance, and perceptions of learning compared to traditional lecture. While preparatory work is often neglected, JiTT provides accountability and benefits both students and instructors.
The document discusses the concepts of "stretch and challenge" in learning. It provides examples of lesson activities that effectively stretch and challenge students, such as using higher-level Bloom's verbs in objectives, modeling for students, and giving students choice in activities and presentations. It also discusses factors that can limit learning, such as excessive pace, overloading of activities, and inflexible planning. Suggestions are provided to help teachers plan for effective stretch and challenge, including considering links to primary schools, incorporating challenge into the curriculum, and promoting a love of reading.
Pedagoo SW presentation: Stretch and Challenge your Able, Gifted and Talente...DoctorMassey
The document provides advice on how to stretch and challenge bright students. It argues that there is no single set of activities that ensures this, and commercial pressures can encourage feeling guilty. Instead, it advocates approaches that enable all students to succeed through a teacher's expertise. It discusses using questioning, feedback, and high expectations consistently. Learning should be like a rollercoaster with difficult periods and reviewing concepts. Providing an open environment like Minecraft alongside rigorous critique can allow students to be remarkable. The key is understanding individual students and giving them tools to learn at their highest level.
90 minute presentation on Just-in-Time Teaching, including motivation for change, evidence for effectiveness, the best tools to use, writing good questions and getting student buy-in.
This document discusses strategies for supporting student diversity and improving instruction. It summarizes research showing that the highest performing school systems focus on improving teacher quality through coaching, professional collaboration, and learning communities. Examples are provided of collaborative practices like information circles that allow teachers to share expertise and develop targeted instructional plans to meet student needs. Evidence suggests that giving students choice in how they demonstrate understanding increases engagement, effort and learning.
The document discusses assessment for learning (AFL) strategies presented by Faye Brownlie to educators in Vancouver School District. It provides learning intentions for attendees, which include being able to name and describe the 6 AFL strategies and understand how to embed them seamlessly into teaching. Descriptions and examples are given of various AFL strategies like learning intentions, success criteria, self-assessment, and providing descriptive feedback. The presentation aims to help teachers improve student learning through more effective use of assessment practices.
This document provides an overview of strategies for teaching English as an additional language to learners. It discusses the presenter's beliefs in creating a safe and interactive environment that values meaning over form. Various strategies are then outlined, including using realia, journals, pictures, response journals, vocabulary building, and poetry activities. The document emphasizes the importance of modeling, guided practice, and independent application of skills based on the presenter's references.
This document discusses effective questioning strategies for teachers. It begins by stating that questioning is a key part of the teaching and learning process. It then discusses that teachers can improve their questioning by focusing on question types and strategies. The document separates questions into lower-order and higher-order types. It provides examples of both. Finally, it offers quick strategies teachers can use to improve their questioning, such as increasing wait time, eliminating hands up, think-pair-share, and using mini whiteboards for responses.
The document discusses assessment for learning (AFL) strategies used by teachers in Vancouver School District. It describes 6 key AFL strategies: 1) learning intentions, 2) criteria, 3) descriptive feedback, 4) questions, 5) self and peer assessment, and 6) ownership. Several teachers provide examples of how they implement these strategies in their classrooms to engage students and help them learn essential concepts. The strategies are aimed at making student learning more effective.
This document discusses strategies for engaging students at different levels in the classroom. It begins by outlining topics to be covered, including identifying learning problems, strategies for addressing issues, modeling, scaffolding, and setting expectations for excellence. It then discusses creating a "comfort zone", "stretch zone", and "panic zone" for students and how to recognize when students fall into each zone. The document provides sample questions teachers can ask and resources they can suggest to students operating in the comfort or panic zones. It emphasizes the importance of modeling, using scaffolding appropriately, and setting examples of excellent work.
This document provides a toolkit of activities to intellectually challenge students across different subjects. It includes 50 ideas grouped into categories such as insoluble problems, ethical dilemmas, poetry, symbols, and more. The ideas are presented generically so they can be adapted for different topics. The document acknowledges that the ideas come from the creator's own mind as well as colleagues and various websites listed for additional resources. It provides a contents page that lists and briefly describes each challenge category. The goal is to minimize additional teacher workload while stretching student thinking.
This document provides an overview of strategies and frameworks for improving learning for all students. It discusses reviewing and revising school plans, collecting student information to inform classroom learning, collaborating in co-teaching models, and ensuring approaches meet the needs of diverse learners through strengths-based assessments and the universal design for learning. Specific co-teaching models like one teach one support are presented to facilitate collaborative problem-solving between teachers. The goal is to shift toward an inclusive model that supports students within the regular classroom.
Bulkely valley nov general session 2013Faye Brownlie
Current and effective strategies across the grades and across the curriculum. Building on the work of the past 2 years and the frameworks of UDK and BD, scenarios and applications of engaging, effective teaching. Samples from Bulkley Valley teachers.
A revisiting of assessment for learning strategies that best support the learning of all students. Building from the work of Dylan Wiliam and John Hattie. (the appie session)
The document provides an orientation for a physical science classroom, outlining topics covered in physics and chemistry such as forms of energy, the periodic table, and chemical reactions. Expectations for the class are also discussed, including maintaining organized notebooks, using online resources, and promoting a positive classroom culture through participation and respect.
Effective questioning plays a key role in delivering outstanding learning, teaching, and assessment. Questions should draw students into the learning process and check their knowledge acquisition. Bloom's Taxonomy provides a framework for ensuring questions target different levels of thinking. Strategies like wait time, no hands up, phone a friend, and four corners can make questioning more effective. The session taught applying questioning strategies at different stages and having students teach others can improve learning.
Follow-up session. Classroom scenarios, K-11, of teachers collaborating to better meet the needs of diverse learners. Based on learning frameworks: universal design for learning and backwards design.
This document discusses formative assessment strategies for measuring student learning. It explains that formative assessment occurs during learning to inform teaching and provide feedback without marks. Several formative assessment options are described, including standard reading assessments, the Early Primary Reading Assessment (EPRA) for grades K-2, and the District Assessment of Reading Team (DART) for grades 3-9. These involve students responding to reading non-fiction texts through oral reading, teacher conferences, and open-ended questions. The purpose is to understand students' connections, summaries, inferences, vocabulary, and reflections on what was read. Teachers are guided to prepare, administer, and score these assessments.
Changing Landscape of Teaching - SPS 4500 - April 2015Jeff Loats
This document summarizes a presentation about the changing landscape of teaching. It discusses moving away from traditional lecture-based teaching towards more interactive and evidence-based methods. It provides examples of the Just in Time Teaching method, which involves students completing preparatory work before class that instructors use to modify their lesson plans. Some key points discussed are that interactive engagement leads to better student outcomes than lectures, instructors may be reluctant to change practices for fear of student rejection, and accountability methods like pre-class assignments can improve student preparation.
An abridged version of the staff training resource delivered at West Cheshire College in summer 2015. The full set of slides plus accompanying resources can be found at http://mycourse.west-cheshire.ac.uk/teacherstoolkit/?page_id=666
This document discusses formative assessment strategies that teachers can use to gather evidence of student learning and guide instruction. It outlines six key strategies for formative assessment: 1) learning intentions, 2) criteria, 3) questions, 4) descriptive feedback, 5) peer and self-assessment, and 6) ownership. These strategies are designed to be used minute-by-minute and day-by-day in the classroom to continually assess student understanding and adapt teaching accordingly. The document also discusses occasional "grand events" like performance-based assessments to analyze student strengths and areas for improvement.
This document provides information and activities about musical instruments for an English lesson. It includes vocabulary about different instrument types, how they are played, and their structure. Students complete writing exercises comparing instruments, writing riddles, and stories based on music. Activities are assessed on a scale of 1 to 10 and focus on developing writing skills while learning about music.
This document outlines a problem-solving method used in science and math classes. It involves clearly defining a problem, generating tentative solutions, pursuing the closest scientific guess through investigation like experiments or observations, and formulating conclusions. Problem-solving skills include clarifying the problem, brainstorming ideas, planning an approach, trying the plan, and revising if it does not solve the problem. An example "egg-citing" experiment is provided where students must design a container from given materials to protect a raw egg from breaking when dropped from 10 meters. Guide questions relate to forces like gravity and air resistance.
This document discusses strategies for supporting student diversity and improving instruction. It summarizes research showing that the highest performing school systems focus on improving teacher quality through coaching, professional collaboration, and learning communities. Examples are provided of collaborative practices like information circles that allow teachers to share expertise and develop targeted instructional plans to meet student needs. Evidence suggests that giving students choice in how they demonstrate understanding increases engagement, effort and learning.
The document discusses assessment for learning (AFL) strategies presented by Faye Brownlie to educators in Vancouver School District. It provides learning intentions for attendees, which include being able to name and describe the 6 AFL strategies and understand how to embed them seamlessly into teaching. Descriptions and examples are given of various AFL strategies like learning intentions, success criteria, self-assessment, and providing descriptive feedback. The presentation aims to help teachers improve student learning through more effective use of assessment practices.
This document provides an overview of strategies for teaching English as an additional language to learners. It discusses the presenter's beliefs in creating a safe and interactive environment that values meaning over form. Various strategies are then outlined, including using realia, journals, pictures, response journals, vocabulary building, and poetry activities. The document emphasizes the importance of modeling, guided practice, and independent application of skills based on the presenter's references.
This document discusses effective questioning strategies for teachers. It begins by stating that questioning is a key part of the teaching and learning process. It then discusses that teachers can improve their questioning by focusing on question types and strategies. The document separates questions into lower-order and higher-order types. It provides examples of both. Finally, it offers quick strategies teachers can use to improve their questioning, such as increasing wait time, eliminating hands up, think-pair-share, and using mini whiteboards for responses.
The document discusses assessment for learning (AFL) strategies used by teachers in Vancouver School District. It describes 6 key AFL strategies: 1) learning intentions, 2) criteria, 3) descriptive feedback, 4) questions, 5) self and peer assessment, and 6) ownership. Several teachers provide examples of how they implement these strategies in their classrooms to engage students and help them learn essential concepts. The strategies are aimed at making student learning more effective.
This document discusses strategies for engaging students at different levels in the classroom. It begins by outlining topics to be covered, including identifying learning problems, strategies for addressing issues, modeling, scaffolding, and setting expectations for excellence. It then discusses creating a "comfort zone", "stretch zone", and "panic zone" for students and how to recognize when students fall into each zone. The document provides sample questions teachers can ask and resources they can suggest to students operating in the comfort or panic zones. It emphasizes the importance of modeling, using scaffolding appropriately, and setting examples of excellent work.
This document provides a toolkit of activities to intellectually challenge students across different subjects. It includes 50 ideas grouped into categories such as insoluble problems, ethical dilemmas, poetry, symbols, and more. The ideas are presented generically so they can be adapted for different topics. The document acknowledges that the ideas come from the creator's own mind as well as colleagues and various websites listed for additional resources. It provides a contents page that lists and briefly describes each challenge category. The goal is to minimize additional teacher workload while stretching student thinking.
This document provides an overview of strategies and frameworks for improving learning for all students. It discusses reviewing and revising school plans, collecting student information to inform classroom learning, collaborating in co-teaching models, and ensuring approaches meet the needs of diverse learners through strengths-based assessments and the universal design for learning. Specific co-teaching models like one teach one support are presented to facilitate collaborative problem-solving between teachers. The goal is to shift toward an inclusive model that supports students within the regular classroom.
Bulkely valley nov general session 2013Faye Brownlie
Current and effective strategies across the grades and across the curriculum. Building on the work of the past 2 years and the frameworks of UDK and BD, scenarios and applications of engaging, effective teaching. Samples from Bulkley Valley teachers.
A revisiting of assessment for learning strategies that best support the learning of all students. Building from the work of Dylan Wiliam and John Hattie. (the appie session)
The document provides an orientation for a physical science classroom, outlining topics covered in physics and chemistry such as forms of energy, the periodic table, and chemical reactions. Expectations for the class are also discussed, including maintaining organized notebooks, using online resources, and promoting a positive classroom culture through participation and respect.
Effective questioning plays a key role in delivering outstanding learning, teaching, and assessment. Questions should draw students into the learning process and check their knowledge acquisition. Bloom's Taxonomy provides a framework for ensuring questions target different levels of thinking. Strategies like wait time, no hands up, phone a friend, and four corners can make questioning more effective. The session taught applying questioning strategies at different stages and having students teach others can improve learning.
Follow-up session. Classroom scenarios, K-11, of teachers collaborating to better meet the needs of diverse learners. Based on learning frameworks: universal design for learning and backwards design.
This document discusses formative assessment strategies for measuring student learning. It explains that formative assessment occurs during learning to inform teaching and provide feedback without marks. Several formative assessment options are described, including standard reading assessments, the Early Primary Reading Assessment (EPRA) for grades K-2, and the District Assessment of Reading Team (DART) for grades 3-9. These involve students responding to reading non-fiction texts through oral reading, teacher conferences, and open-ended questions. The purpose is to understand students' connections, summaries, inferences, vocabulary, and reflections on what was read. Teachers are guided to prepare, administer, and score these assessments.
Changing Landscape of Teaching - SPS 4500 - April 2015Jeff Loats
This document summarizes a presentation about the changing landscape of teaching. It discusses moving away from traditional lecture-based teaching towards more interactive and evidence-based methods. It provides examples of the Just in Time Teaching method, which involves students completing preparatory work before class that instructors use to modify their lesson plans. Some key points discussed are that interactive engagement leads to better student outcomes than lectures, instructors may be reluctant to change practices for fear of student rejection, and accountability methods like pre-class assignments can improve student preparation.
An abridged version of the staff training resource delivered at West Cheshire College in summer 2015. The full set of slides plus accompanying resources can be found at http://mycourse.west-cheshire.ac.uk/teacherstoolkit/?page_id=666
This document discusses formative assessment strategies that teachers can use to gather evidence of student learning and guide instruction. It outlines six key strategies for formative assessment: 1) learning intentions, 2) criteria, 3) questions, 4) descriptive feedback, 5) peer and self-assessment, and 6) ownership. These strategies are designed to be used minute-by-minute and day-by-day in the classroom to continually assess student understanding and adapt teaching accordingly. The document also discusses occasional "grand events" like performance-based assessments to analyze student strengths and areas for improvement.
This document provides information and activities about musical instruments for an English lesson. It includes vocabulary about different instrument types, how they are played, and their structure. Students complete writing exercises comparing instruments, writing riddles, and stories based on music. Activities are assessed on a scale of 1 to 10 and focus on developing writing skills while learning about music.
This document outlines a problem-solving method used in science and math classes. It involves clearly defining a problem, generating tentative solutions, pursuing the closest scientific guess through investigation like experiments or observations, and formulating conclusions. Problem-solving skills include clarifying the problem, brainstorming ideas, planning an approach, trying the plan, and revising if it does not solve the problem. An example "egg-citing" experiment is provided where students must design a container from given materials to protect a raw egg from breaking when dropped from 10 meters. Guide questions relate to forces like gravity and air resistance.
This document introduces the Competency-Based Education (CBE) Playbook, which provides a framework to help institutions plan, design, and implement CBE programs. The Playbook outlines seven key workstreams for developing a CBE program: strategy and integration, organization, program development, student success, technology, management, and enrollment/marketing. Each workstream contains important functional areas, decisions, and activities. The Playbook is intended to help institutions comprehensively plan CBE programs, engage stakeholders, promote scaling, and foster leadership for change.
Sustanability and csr-way forward for HNB- SHANEL PERERA -07445.shanel perera
The document discusses corporate social responsibility (CSR) initiatives of HNB, a large bank in Sri Lanka. It provides details of HNB's CSR programs focused on education, health, environment and entrepreneurship. It also discusses how CSR can increase profits by promoting a company's reputation and enhancing employee loyalty. The document analyzes HNB's strengths, weaknesses, opportunities and threats and proposes recommendations to further enhance the bank's sustainability and CSR strategies, such as expanding its microfinance program and investing in environmental management systems.
By opening up the creative process to stakeholders and product managers, teams can improve the speed and quality of brainstorming through collaborative idea generation and low-fidelity iteration.
In this creative workshop, JD introduces participants to the creative process used at Simple Focus. In this highly interactive workshop, participants will be asked to sketch, brainstorm and iterate on their ideas, then share their thinking in groups. Participants will leave with simple methods to use the next time they're faced with a business problem that requires strategic thinking and an open mind.
Sanjiv Kumar prepared this document on conducting workshops. It defines a workshop as a brief educational program for a small group that focuses on skills in a particular field. Workshops are useful for initial staff training, ongoing training, staff development, and demonstrating new concepts to the public. When conducting a workshop, it is important to plan objectives, prepare logistics, and implement the three phases of introduction, substance, and closure. Considerations for effective workshops include the audience, time available, group size, topic, and purpose. Workshops allow for flexibility but can be challenging to fit all content and accommodate a range of participant skills.
The document discusses the demonstration method of teaching. It defines demonstration as a method of teaching by exhibition and explanation or experiments. The demonstration method involves three steps - planning, performing, and evaluation. It is useful for teaching procedures, experiments, and equipment use as students can learn by observing a demonstration and imitating the skills shown. Some advantages are that it develops psychomotor skills, promotes integrating theory and practice, and engages multiple senses to aid understanding.
PDCA Scientific Problem Solving Method Introduction And Overview By Todd Mc Canntmccann2006
The PDCA (Plan Do Check Act) method is a four-step model for problem-solving and continuous improvement. It originated from the scientific method proposed by Sir Francis Bacon in 1620, and was popularized by Walter Shewhart, W. Edwards Deming, and others for quality improvement. The four steps are: 1) Plan - recognize an opportunity and plan for change, 2) Do - implement the change on a small scale, 3) Check - use data to analyze the results of the change, and 4) Act - apply the lessons learned to improve the process. PDCA should be applied iteratively to problems to drive continuous improvement through structured experimentation.
This document provides teaching materials for a writing unit on animals as pets. It includes sample student writing pieces about different pets including cats, dogs, and other animals. It also provides guidance on grammar structures for students to use like present simple tense. Vocabulary words are defined and an activity is included where students have to match vocabulary terms to their definitions. Students are instructed to brainstorm about animal appearances from example texts and write a first draft of an essay about their limited edition pet.
This document provides a lesson on writing structures using can and can't. It discusses the meanings and uses of can/can't to talk about ability and make requests. Examples are given of affirmative, negative, and interrogative sentences. The lesson also describes classroom activities where students work in groups to discuss the benefits of inventions using can/can't and individually draw a new invention explaining its benefits.
Self-Directed Learning: Challenges and ConcernsPatrick Farenga
Presented at the New Mexico Association for the Education of Young Children on March 1, 2014, by Patrick Farenga. Covers current research and case histories about how preschool-age children learn to count, read, write, and investigate the world without being taught and how adults can best support and help them.
This document provides guidance on writing effective lesson plans. It outlines five key elements of a lesson plan: 1) Motivation, which engages students through an activity or discussion; 2) Instruction/Presentation, which presents new concepts and information; 3) Medial Summary, which checks student understanding mid-lesson; 4) Application, which allows students to apply what they've learned; and 5) Evaluation, which assesses student learning. The document emphasizes establishing clear learning goals and focusing on developing students' enduring understanding of core concepts.
This document provides a six-step process for developing a competency-based curriculum: 1) conduct a needs assessment, 2) identify competencies, 3) write goals and objectives, 4) determine teaching methods, 5) determine assessment methods, and 6) determine program improvement methods. It emphasizes identifying broad goals and specific measurable objectives, and aligning assessments to objectives. The document also provides examples of competencies, teaching methods, assessment methods, and how to evaluate programs and supervise residents.
The race to capture experiential learning and competency based education (CBE)Patrick Elliott
This document discusses competency-based education (CBE) and experiential learning. It defines CBE and explains why it is important. CBE focuses on demonstrating competencies through assessment rather than credit hours. Experiential learning captures skills gained outside the classroom. The document notes that current data systems do not adequately support CBE and experiential learning. It analyzes how CBE and experiential learning data may differ from traditional models and looks at what vendors are doing. It calls for stakeholders to participate in developing data standards to support these new education models.
Writing instructional goals and objectivesRajib Ahmed
The document discusses writing instructional goals and objectives for courses. It defines goals as broad statements about what students will learn, while objectives are more specific and measurable behaviors that will help students reach the goals. Objectives should specify the audience, behavior, conditions, and degree or level of mastery. Examples are provided for writing objectives that are cognitive, affective, and psychomotor. The document also discusses how objectives can be used to design assessments that directly measure whether students have achieved the objectives and goals.
This document provides guidance on writing educational goals and objectives. It defines goals as broad statements about what is to be learned, while objectives are specific, measurable, short-term behaviors that students can demonstrate. The purpose of objectives is to ensure learning is focused clearly enough that both students and teachers understand what is being taught. Objectives should specify the audience, behavior, conditions, and degree of mastery. Examples are provided for different types of objectives, including cognitive, psychomotor, and affective. Tips are given for writing clear objectives that avoid common problems.
This document discusses the use of simulation in teaching and learning. It covers:
- Simulations provide experiential learning opportunities that are cheaper and safer than real-world experiences. They allow students to practice skills and experience scenarios without risk of harm.
- Simulations can be used to discover complex emergent behaviors from simple underlying rules or assumptions in a way that is difficult through deduction or direct measurement. They provide data that can then be analyzed through induction.
- Simulations are being used increasingly in medical education to provide realistic clinical training experiences through human patient simulators of varying fidelity and complexity. This allows students to practice skills and learn from mistakes in a safe environment.
The document outlines the scientific method problem solving strategy. It consists of 5 basic steps: 1) defining the problem, 2) formulating a hypothesis, 3) testing the hypothesis, 4) analyzing evidence, and 5) forming a conclusion. Some advantages of this approach are that it develops higher-level thinking and science process skills, can be applied to non-science subjects, and motivates active student involvement. It also cultivates responsibility, originality, critical thinking, and openness to other perspectives.
This lesson plan outlines an 80-minute lesson for a Secondary 3 class in Hong Kong to teach students how to write a 3-day itinerary. Students will analyze sample itineraries to identify their components and language features, and practice writing their own itinerary for a family trip to Hong Kong using verbs, sequence words, and negative forms. The lesson aims to help students understand the text type of an itinerary and effectively plan and write one.
Educational aims are broad statements that guide educational policy at the national level, translating societal needs into direction for schools. Aims become more specific goals at the school or subject level. Objectives are measurable and observable student outcomes, stating what students will know or be able to do. Objectives are specific, measurable, achievable, results-focused and time-bound. Bloom's and other taxonomies provide frameworks for classifying educational objectives according to domains like cognitive, affective and psychomotor skills.
This document discusses Just in Time Teaching (JiTT), an evidence-based instructional strategy where students complete online pre-class assignments called "warm-ups" and the instructor modifies their lesson plan based on the student responses. Research shows JiTT improves student preparation, engagement, learning, and retention compared to traditional lecture-based methods. The presenter advocates that JiTT is easy for instructors to implement and addresses important areas often neglected in teaching like student metacognition and holding students accountable for pre-class work.
eLCC - Just-in-Time Teaching - April 2014Jeff Loats
This document outlines the Just in Time Teaching (JiTT) instructional strategy. JiTT involves students completing online pre-class assignments or "warm-ups" containing conceptual questions about upcoming course material. The instructor reviews student responses just before class to modify their lesson plan based on student understanding. In class, responses are discussed to provide feedback and clarify misunderstandings. Research shows JiTT improves student preparation, engagement, attendance, and learning compared to traditional lectures. The document reviews evidence supporting JiTT's effectiveness and addresses implementation considerations.
Changing Landscape of Teaching - SPS 4500 #1 - Jeff LoatsJeff Loats
This document summarizes a lecture on improving teaching methods through active engagement and classroom technology. The lecture discusses challenges with traditional teaching approaches and promotes techniques like classroom response systems and peer instruction. Research evidence suggests these methods improve student concentration, learning, and exam scores by encouraging participation and feedback. While technology alone does not guarantee better outcomes, integrating tools to support active learning has been shown to address areas often neglected in large lectures.
Teacher-Scholar Forum - Just in Time Teaching - feb 2013 - jeff loatsJeff Loats
The document describes Just in Time Teaching (JiTT), a 21st century teaching technique where students complete online pre-class assignments and the instructor modifies lessons based on students' responses. JiTT aims to increase student preparation, communication between students and instructors, student ownership of learning, and a collaborative learning community. Research shows JiTT improves student learning outcomes, class engagement, and effective use of study time compared to traditional lecturing.
COLTT 2015 - Just-in-Time Teaching - Part 2 - Making It Shine - Aug 2015Jeff Loats
A second session, focusing on how to make the technique really work in the classroom. Topics: JiTT recap, participant questions, what tool to use, getting student buy-in and writing good questions.
This presentation focuses less on what JiTT is and the evidence for its effectiveness..
Just-in-Time Teaching @CCD - Oct 2013 - Jeff LoatsJeff Loats
This document describes a teaching technique called Just in Time Teaching (JiTT) used at Community College of Denver. JiTT involves students answering conceptual questions online before class, which allows the instructor to modify their lesson plan based on the responses. Studies show JiTT increases student preparation, engagement, and learning compared to traditional lectures. The instructor advocates using online question and response tools to implement JiTT and provides examples of effective warm-up questions and feedback to students.
JiTT - Blended Learning Across the Academy - Teaching Prof. Tech - Oct 2015Jeff Loats
This document summarizes a presentation on implementing Just-in-Time Teaching (JiTT), a blended learning strategy. The presentation provides an overview of JiTT, shares data from courses that have used JiTT showing increased student preparation and performance, and offers recommendations for getting started with JiTT. Sample JiTT questions are also presented along with student responses to demonstrate how the strategy works.
TLTS 2014 - Just-in-Time Teaching - Oct 2014 - Jeff LoatsJeff Loats
This document discusses Just-in-Time Teaching (JiTT), a teaching method where students complete online assignments before class to prepare. In class, instructors modify their lesson plans based on students' pre-class work responses. Studies show JiTT increases student preparation, engagement, and learning compared to traditional lecturing. The document provides an example of how JiTT works in a physics class and encourages instructors to try implementing JiTT to make their teaching more evidence-based.
CHECO Retreat - Changing landscape of teachingJeff Loats
Dr. Jeff Loats presented on blended learning initiatives and evidence-based teaching techniques involving technology. He discussed the blended learning initiative at MSU Denver which focuses on introductory courses and provides sustained support for instructors. Three key techniques were covered: Just-in-Time Teaching using pre-class assignments, classroom response systems like clickers, and flipped teaching with videos assigned as homework. The presentation emphasized combining techniques and adopting practices supported by research evidence to improve student learning over traditional lecture-based methods.
Just in Time Teaching - A 21st Century Learning Technique - COLTT 2013Jeff Loats
This document provides an overview of Just in Time Teaching (JiTT), an evidence-based instructional strategy that uses online pre-class assignments to actively engage students with course material before class. The strategy aims to improve student preparation and in-class participation by having instructors modify lesson plans based on students' pre-class responses. Research shows JiTT can increase content knowledge, improve time management skills, and make students more engaged both before and during class. The document outlines the basic JiTT process, reviews supporting evidence from multiple disciplines, and addresses potential barriers to implementation.
The document provides information and instructions for various classroom activities and techniques, including: conducting a learner needs analysis to identify student skills, goals, and needs; understanding different learning styles and matching teaching methods accordingly; a student biography exchange method where students interview each other; a micrologue technique where students write and present short stories summarizing events; and a macrologue technique for developing extended discussions.
JiTT - Tilting Classes Across the Academy - COLTT 2016Jeff Loats
Myself and two colleagues present on the basics of Just-in-Time Teaching as well as the preliminary results of our research on the effectiveness of JiTT in different disciplines and for different types of students (as measured by the BIg Five personality traits).
OLC Blended Conf - JiTT In Two Classes - July 2014 - Loats, JiangJeff Loats
This document summarizes the results of a study comparing the Just-in-Time Teaching (JiTT) pedagogical approach in a sociology course and a physics course. Key findings include: moderate to strong correlations between WarmUp assignment scores and exam performance; positive student feedback on preparation, engagement, and learning; and marginally higher average exam scores for the sociology JiTT experimental group compared to a control group. Important confounding factors between the courses were also noted. The presentation concludes with student quotes praising JiTT and considerations for implementing JiTT assignments.
Just-in-Time Teaching - CoLTT 2014 - August 2014Jeff Loats
This document discusses Just-in-Time Teaching (JiTT), an evidence-based instructional strategy that uses online pre-class assignments called WarmUps to actively engage students and hold them accountable for preparing for class. JiTT involves students answering conceptual questions before class, which allows instructors to modify their lesson plans based on students' responses. Research shows JiTT improves student preparation, class engagement, and learning across many disciplines. While implementation requires effort, JiTT addresses issues like student preparation and promotes evidence-based teaching practices.
First principles of brilliant teachingTansy Jessop
This document summarizes key principles of brilliant teaching from a conference presentation. It discusses 5 principles: 1) knowing your subject matter, 2) selecting and structuring content, 3) connecting to prior student knowledge, 4) using metaphors and examples, and 5) challenging students with high expectations. Specific techniques are described like formative blogging assignments, connecting course content to students' emotions, and adapting teaching methods across disciplines. The presentation also covered theories of teaching, signature pedagogies of different fields, and myths about innate teaching abilities.
This document provides an overview of several reading comprehension strategies: Question-Answer Relationship (QAR), Guided Highlighted Reading, Reciprocal Teaching, Bloom's Taxonomy, Socratic Circles. It describes each strategy and includes examples, resources and discussion questions. The document also outlines a professional development plan focused on modeling the use of questioning strategies like QAR, Reciprocal Teaching and Socratic Circles in the classroom.
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2. WARM-UP: TEACHING HERITAGE
Thinking about the college instructors you've had
experiences with (including yourself), where do you
think their methods and attitudes come from? Why
do you think they teach the way that they do?
~67% → Imitation of our mentors
~33% → Teacher comfort/style
~25% → Experiences while teaching
~8% → Education classes
~17% → Workshop/observation tidbits
~17% → Learning styles
3. WARM-UP: TEACHING HERITAGE
“We tend to teach the way we were taught,
assuming that what went well for us has to go
well for our students.”
“I believe that instructors acquire their
experience mainly through contact with the
students and seeing what is effective and what is
not.”
4. WARM-UP: TEACHING HERITAGE
“[…] Same progression now, we are trying to
move to student-centered learning, but when the
students don't respond (or we can't figure out how
to motivate them to study), it's just back to the
old lecture format. It's easier to keep talking than
to find ways to get THEM to talk! It's easiest to
re-teach those who didn't study. And such a
vicious circle!”
5. WARM-UP: TEACHING HERITAGE
“Most instructors probably teach in a way similar
to how they have been taught - unless they have
been subjected to intense professional
development eradicating habit.
Or they teach to how they learn themselves. If
they are visual learners they may prefer to teach
by visual learning principles.”
6. ASIDE: LEARNING STYLES
“I think that many teachers teach in a way that
makes sense to them, according to their learning
style […]”
Best current evidence: Learning styles don’t exist
References:
• “The Myth of Learning Styles”
by Cedar Riener and Daniel Willingham
• YouTube: Learning Styles Don’t Exist
• Scholarly review: “Learning styles: Concepts
and evidence”, Pashler et al, 2008
7. WARM-UP: TEACHING HERITAGE
Thinking about the college instructors you've had
experiences with (including yourself), where do you
think their methods and attitudes come from? Why
do you think they teach the way that they do?
~67% → Imitation of our mentors
~33% → Teacher comfort/style
~25% → Experiences while teaching
~8% → Education classes
~17% → Workshop/observation tidbits
~17% → Learning styles
8. THE EVIDENCE STANDARD
Teachers can feel bombarded…
I strive to be a scholarly teacher …
• Apply the rigor we bring to our academic
discipline to the discipline of teaching.
• Choose teaching methods that are strongly
informed by the best empirical evidence
available.
Contrast teaching your subject with treating a
medical condition like diabetes
9. In your teaching do you have a method for holding
students accountable for preparing for class?
8% →Stern threats and/or playful pleading.
58% →Paper method (quiz, journal, others?)
8% →Digital method (clickers, others?)
0% →Just in Time Teaching.
25% →Some other method.
9
18%
49%
10%
5%
17%
(𝑁 ≈ 180)
10. OVERVIEW
1. Motivation for change
2. Basics of Just-in-Time Teaching
3. Mock example
4. Evidence for effectiveness
5. Summaries
15. JUST-IN-TIME TEACHING
Online pre-class assignments
called WarmUps
First half - Students
• Conceptual questions, answered in sentences
• Graded on thoughtful effort
Second half - Instructor
• Responses are read “just in time”
• Instructor modifies that day’s plan accordingly.
• Aggregate and individual (anonymous) responses
are displayed in class.
Learne
r
Teacher
16. Consider a typical day in your class. What fraction
of students did their preparatory work before
coming to class?
A) 0% - 20%
B) 20% - 40%
C) 40% - 60%
D) 60% - 80%
E) 80% - 100%
16
28%
33%
21%
14%
5%
(𝑁 ≈ 206)
17. JITT STRUCTURE & RESPONSE
RATES
0
10
20
30
40
50
60
70
80
90
100
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29
%Responsed
Class #
Response Rate by Day
College Physics I, Fall 2013, N = 78
Worth 10% of final grade
Due 10 PM the night before class
Assignments available for prior 2-3 days
College Physics I
18. Students have developed a robot dog
and a robot cat, both of which can
run at 8 mph and walk at 4 mph.
A the end of the term, there is a race!
The robot cat must run for half of its
racing time, then walk.
The robot dog must run for half the
race distance, then walk.
A) The cat wins B) The dog wins C) They tie
18
19. WARM-UP: ROBODOG VS.
ROBOCAT
Predict which one will win the race, and explain
why you think so.
~60% → Robocat!
~0% → Robodog!
~30% → They tie!
~10% → Depends!
2 people gave no response
~20% → Good math
~10% →Bad math
~10% → Good reasoning
~50% → Bad reasoning
~10% → Invalid arguments
20. WARM-UP: ROBODOG VS.
ROBOCAT
“I was terrible at physics (my professor was a
really bad instructor and could never explain
difficult content well), so I checked out at 6th
grade :( I have a hunch that the cat may win
though.”
“The cat, if I program its racing time accordingly,
that is, a time shorter than the time it takes the
dog to get to the finish line.”
21. WARM-UP: ROBODOG VS.
ROBOCAT
“Both have the same running and walking
speeds, so they will cover the same distance
while running, therefore at the time of switching
to walking, they will still be next to each other
and walk together till the finish line, no matter
the distance nor the time that it takes. The cat
might though stop for some Friskies at Pet Smart
and the dog might be interested in a tree on the
way. "Run for half the race distance" or "Run for
half of its racing time" means the same to me.
These were my "one sentence or two".”
22. WARM-UP: ROBODOG VS.
ROBOCAT
“I think the cat will win. If the cat runs over half
the distance in the time it's racing, then it'll be
further that the dog when the time comes to walk.
I also like cats more. Thank god I teach french.”
“The Cat will win. In an 8 mile race, the dog will
run 4 mi and walk 4 mi. This will take 1.5 hours.
In the same time frame (1.5 hours) the cat will
run 45 min and walk 45 minutes, so the cat can
cover 9 miles in the same time that the dog can
cover only 8 miles.”
23. WARMUP QUESTIONS
• Every-day language
• Occasional simple comprehension question
• Mostly higher level questions (a la Bloom)
• I suspect any question is better than none
Connections to evidence:
–Pre-class work reduces working memory load
during class.
–Multimodal practice (not learning styles):
JiTT brings reading, writing and discussion as
modes of practice.
24. METACOGNITION
Two questions in every WarmUp:
First:“What aspect of the material did you find
the most difficult or interesting.”
Last: “How much time did you spend on the pre-
class work for tomorrow?”
Connections to evidence:
–Forced practice at metacognition:
Students regularly evaluate their own
interaction with the material.
25. JUST-IN-TIME TEACHING
A different student role:
• Actively prepare for class
(not just reading/watching)
• Actively engage in class
• Compare your progress & plan accordingly
A different instructor role:
• Actively prepare for class with you
(not just going over last year’s notes )
• Modify class accordingly
• Create interactive engagement opportunities
Learne
r
Teacher
28. Mean on 1-5 scale
Preparation for class 4.06
Engagement during
class 3.93
STUDENT SURVEY RESULTS
9% 10%
81%
10%
18%
73%
10%
22%
68%
0%
20%
40%
60%
80%
100%
Harmful Neutral Helpful
How did WarmUps affect your...
Preparation Engagement Learning
N = 781
29. STUDENT SURVEY QUOTES
Physics:
“Initially, it was hard for me to get used to the
warm-ups. It seemed like along with the
homework assignments there was a lot of things
to do. Eventually I got used to it and ultimately
the warmups really helped me to learn the
material and stay caught up with the class.”
“If it weren't for warm ups, the amount of time I
spent reading the book would have dropped by
75%”
30. WHAT MIGHT STOP YOU?
In terms of the technique:
Time, coverage, not doing your part, pushback…
In terms of the technology:
Learning curve, tech. failures, perfectionism…
In any reform of your teaching:
Reinventing, no support, too much at once…
31. In the time we have left, which topic would you
most like to discuss?
A) Writing good JiTT questions
B) The evidence base for JiTT
C) Choosing a good JiTT implementation tool
D) “The sales pitch” (getting student buy-in)
31
32. FEATURES OF A GOOD QUESTION
32
What would a “good” response look like?
– A paragraph? (too long)
– One word? (too short)
Make sure the reading is needed to respond (but a
sentence straight out of the book shouldn’t work).
Make sure a beginner can take a crack at the question
Be concrete:
– “Explain in 2-3 sentences.”
– “Give two brief examples.”
– “Explain how you got your estimate.”
“Game out” their responses a bit.
33. WRITE A QUESTION AND SHARE...
33
Imagine an introductory course in your discipline.
Imagine a topic you discuss early in that course.
Pick one type, write one question:
– A “low level” question (remember, understand):
Terms: “Define, repeat” or “describe, explain”
– A “higher level” question (apply, analyze,
evaluate)
Terms: “Sketch, use” or “compare, estimate”
Write for a few minutes, then to trade and answer
your neighbor’s.
34. STUDIED EFFECTIVENESS
Used at hundreds of institutions
Dozens of studies/articles, in many disciplines:
Bio, Art Hist., Econ., Math, Psych., Chem., etc.
–Increase in content knowledge
–Improved student preparation for class
–Improved use of out-of-class time
–Increased attendance & engagement in class
–Improvement in affective measures
35. JITT VS. FINAL GRADE
CORRELATIONS
College Physics I, Fall 2013
0
20
40
60
80
100
0 10 20 30 40 50 60 70 80 90 100
CumulativeScore(withoutwarm-ups)
WarmUp Score
WarmUps vs. Cumulative Score
Correlation r = 0.71
36. PROGRESSIVE EXAMS
CORRELATIONS
College Physics I:
Important disclosure: This was not a hypothesis we were
testing, it appeared as we analyzed the data. Could be
0.18
0.33
0.43
0.54
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0.80
Mini Exam
(week 4)
Exam 1
(week 7)
Exam 2
(week 11)
Final Exam
(week 16)
NoneWeakStrongModerate
Correlations between Total WarmUp Score
and Sequence of Exams
37. JITT STRUCTURE & RESPONSE
RATES
0
10
20
30
40
50
60
70
80
90
100
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29
%Responsed
Class #
Response Rate by Day
College Physics I, N =
0
10
20
30
40
50
60
70
80
90
100
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29
%Responsed
Class #
Response Rate by Day
Intro. Sociology, N =
Worth 10% of final grade
Due 10 PM the night before class
Assignments available for prior 2-3 days
College Physics I Intro. to Sociology
Worth 5% of final grade
Due 10 PM the night before class
Assignments available for prior 2-3 days
38. FEATURES OF A GOOD JITT TOOL
38
All student responses on one webpage
Auto-grading: 2/2 for anything by default.
Click to email students from the response page.
“Frequently sent responses” a bit automated.
List of responses is either randomized or tracked
to distribute instructor attention.
Other “modern” web amenities, like autosave,
time warnings, etc.
39. SMALL ASIDE: TEXT EXPANDER
39
Every professor should have this!
You define a short text string, such as “ttyl”
When typed instantly replaced: “Talk to you later!”
Best FREE tools for Windows:
– Texter (simple with some advanced tools)
– AutoHotKey (advanced and can do much more)
Best tools for Mac:
– TypeIt4Me (30 days free, $5 after that. Worth it)
40. WHAT TOOLS TO USE?
40
• CMS/LMS (Blackboard, D2L, Moodle, etc.)
Ready to use, tools range from ok to awful
• Free service from JiTTDL.org.
Designed just for JiTT, but extra login, and the
site has not been improved in ~5 years
• Students email responses
Easy! Usually overwhelming and awful
• Blogging tools (WordPress)?
• New tools (TopHat, Learning Catalytics)?
41. THE SALES PITCH
The way we talk to our students impacts
• How they approach the assignments
• How they feel about the work they do
42. OVERARCHING MESSAGE
Communicating with your students (humans)
• Message (explicit statements)
• Attitude (subtext, body language, etc.)
Consistent subtext:
"I am here to help you learn, and I have thought
about your learning trajectory carefully."
Consistent attitude:
I am comfortable and relaxed about my part of
this partnership.
43. DAY 1 – GENERAL
Describe components of the course
• How each one is graded, and why.
• How each one is important for learning and/or
assessment.
Keep justifications short and succinct
Be honest:
"This is my first time using this method, and
there is a lot of data on how and why this is
effective and what the best practices are."
44. DAY 1 – JITT
When discussing JiTT:
“Today is going to feel pretty ‘normal.’You’ll get
to see how this works starting next time, after
you’ve done your first warm-up.”
It isn’t “more assignments = more work,” but
rather “working in smaller chunks is more
effective and more efficient.”
45. ALLOW TIME
They (probably) won’t “buy it all” on Day 1
Emphasize that you will be consistent and they
will get to see its value over time
“This class is different, and I will say that to you,
but it really is something you will get to
see/experience every day.”
46. DAY 2 – JITT
Discuss their first experience with warm-ups
Share how many did them
Remind them of structure:
Release/due times, course value, grading
Remind them of the purpose of warm-ups:
–Student preparation
–Instructor preparation
(“Which I’ll show you now!”)
47. DAY 3 – JITT BITS
A different role for you:
• Actively prepare for class by engaging and
being reflective.
(not just reading/watching)
• Be ready to actively engage with the material
in class.
• Take regular “readings” on your experience
with the material compared to classmates.
Make plans accordingly.
48. DAY 3 – JITT BITS
A different role for me:
• I will actively prepare for class by engaging
and focusing on you.
(not just going over last year’s notes )
• I will modify the class plan based on what I
see in your preparatory work.
• I will consciously create chances for you to
grapple with the material in an active way.
49. STUDENTS: BUSY-WORK
DETECTORS
K-12 represents more than 13,000 hours of class
Students are experts at detecting what really
matters to an instructor:
• What does the instructor do with class time?
• What does the instructor talk about?
• Does the instructor push against the usual
“invisible contract” of the classroom?
50. DEMONSTRATING VALUE IN JITT
Ideas for demonstrating that you value JiTT
• Thank those who do them for giving you
insight into their learning.
• Bring at least one “difficult/interesting” item
from WarmUp to class each day.
• Give non-verbal cues that you value
discussing WarmUps as much (more) than
other course components.
• Be consistent!
51. CONSISTENCY
Be consistent with:
• Assignment releases
• Assignment due dates/times
• Follow-up in class
• Exam questions that build on WarmUps
52. MY SUMMARY
JiTT may be among the easiest research-based
instructional strategies that you can consistently
integrate into your teaching.
From an evidence-based perspective, JiTT addresses
often-neglected areas.
The sales pitch, demonstrating value and consistency
can make the JiTT experience shine for both you and
the students.
MSU Denver is doing good work in supporting
innovative pedagogy, like JiTT. We have a solid
JiTT “User’s Group.”
53. YOUR SUMMARY
If you want to implement JiTT, what is the most
important next step?
Please… get in touch!
We have an MSU Denver user’s group.
Email: Jeff.Loats@gmail.com
Slides: www.slideshare.net/JeffLoats
54. JITT REFERENCES & RESOURCES
Simkins, Scott and Maier, Mark (Eds.) (2010) Just in Time Teaching: Across the Disciplines,
Across the Academy, Stylus Publishing.
Gregor M. Novak, Andrew Gavrini, Wolfgang Christian, Evelyn Patterson (1999) Just-in-Time
Teaching: Blending Active Learning with Web Technology. Prentice Hall. Upper Saddle River NJ.
K. A. Marrs, and G. Novak. (2004). Just-in-Time Teaching in Biology: Creating an Active Learner
Classroom Using the Internet. Cell Biology Education, v. 3, p. 49-61.
Jay R. Howard (2004). Just-in-Time Teaching in Sociology or How I Convinced My Students to
Actually Read the Assignment. Teaching Sociology, Vol. 32 (No. 4 ). pp. 385-390. Published by:
American Sociological Association
Stable URL: http://www.jstor.org/stable/3649666
S. Linneman, T. Plake (2006). Searching for the Difference: A Controlled Test of Just-in-Time
Teaching for Large-Enrollment Introductory Geology Courses. Journal of Geoscience Education,
Vol. 54 (No. 1)
Stable URL:http://www.nagt.org/nagt/jge/abstracts/jan06.html#v54p18
ON-DEMAND SLIDES
Editor's Notes
“Learning technologies should be designed to increase, and not to reduce, the amount of personal contact between students and faculty on intellectual issues.”Study Group on the Conditions of Excellence in American Higher Education, 1984
From video:
~90% of students believe it
It is close to something that IS right
Confirmation bias!
Bombarded: hybrid courses, brain-based learning, blended courses, technology in the classroom, learner-centered teaching, etc.
About ~20 years ago, physics teachers began treating education as a research topic!
Their findings were pretty grim
"But the students do fine on my exams!“
It appeared that students had been engaging in “surface learning” allowing them to solve problems algorithmically without actually understanding the concepts.
Was this just at Harvard (silly question)!
Data from H.S., 2-year, 4-year, universities, etc.
0.23 Hake gain on the FCI means that of the newtonian physics they could have learned in physics class, they learned 23% of it.
Conclusion: Traditional physics lectures are all similarly (in)effective in improving conceptual understanding.
Enter Physics Education Research:
An effort to find empirically tested ways to improve the situation.
Jeff’s results: Depending on the class 60-80% of my students do their WarmUps, self-reporting that they spend ~40 minutes reading/responding (very consistent average)
Questions are about NEW material
Results for time-spent question: A pretty steady average of ~40 minutes across many courses/levels/cohorts
Is this just about new energy being put into an old class?
(This is a difficult confounding factor in assessing new teaching techniques.)
This is not a “guess what I’m thinking” exercise
0.71 represents a quite strong correlation
0.50 is a moderate correlation (fairly strong for educational interventions)