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).
The document summarizes key points from a TESTA masterclass on using research tools to understand student assessment. The masterclass covered:
- Defining formative and summative assessment
- Auditing a program's assessment using a 10-step guide
- Administering and analyzing data from the Assessment Experience Questionnaire (AEQ)
- Conducting and analyzing focus groups on student experiences
- Triangulating data from audits, AEQs, and focus groups to understand assessment in a program
- Effectively presenting findings to program teams to facilitate positive changes to assessment practices
Improving student learning through programme assessmentTansy Jessop
This document summarizes a presentation about taking a program-level approach to assessment and feedback to improve student learning. It discusses challenges with current assessment practices like high variation in assessment patterns, an over-reliance on summative assessment, and disconnected feedback. The presentation advocates reducing summative assessment to make room for more formative assessment. It provides case studies of programs that have successfully implemented program-level approaches, focusing on increasing formative assessment, linking formative and summative tasks, using feedback as a dialogue, and helping students internalize learning goals and standards. The goal is to shift from a transmission model of education to a more social constructivist model.
Many Chances to Fail: Scholarly Teaching in Physics - CO/WY AAPT - April 2014Jeff Loats
This document summarizes a presentation on using evidence-based teaching methods in physics courses. The presentation advocates applying rigorous standards to teaching as in research. It discusses techniques like Just-in-Time Teaching and clicker questions that encourage active learning through iterative practice with feedback. These methods aim to give students multiple low-stakes chances to test their understanding before high-stakes exams, by engaging them in preparation, peer discussion, and online homework with immediate feedback.
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.
This document discusses improving assessment practices in Stage 5 math classrooms by incorporating more formative assessment, also known as assessment for learning. It recommends using short-cycle formative assessments within and between lessons to continually evaluate student understanding. Current research shows formative assessment improves student achievement more than other interventions. The Board of Studies and National Numeracy Review also recommend formative assessment strategies like self-assessment, feedback, and involving students in their own learning. Examples are provided on assessing common misconceptions and problems with multiple solutions. Resources for further information are listed at the end.
Scaling Up: Hybrid Instruction (Internet Librarian International October 16 2...Ilana Stonebraker
The document summarizes the redesign of an introductory business course from a small seminar format to a hybrid online/offline format scalable to hundreds of students. Through Purdue University's IMPACT program, the instructors redesigned the course using a flipped classroom model with online lectures and in-class active learning. An initial pilot class of 40 students showed improved assessment scores from pre-to-post testing and higher assignment grades. The redesigned course is now successfully taught to over 200 students per semester, addressing the need to scale core classes while maintaining educational quality.
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).
The document summarizes key points from a TESTA masterclass on using research tools to understand student assessment. The masterclass covered:
- Defining formative and summative assessment
- Auditing a program's assessment using a 10-step guide
- Administering and analyzing data from the Assessment Experience Questionnaire (AEQ)
- Conducting and analyzing focus groups on student experiences
- Triangulating data from audits, AEQs, and focus groups to understand assessment in a program
- Effectively presenting findings to program teams to facilitate positive changes to assessment practices
Improving student learning through programme assessmentTansy Jessop
This document summarizes a presentation about taking a program-level approach to assessment and feedback to improve student learning. It discusses challenges with current assessment practices like high variation in assessment patterns, an over-reliance on summative assessment, and disconnected feedback. The presentation advocates reducing summative assessment to make room for more formative assessment. It provides case studies of programs that have successfully implemented program-level approaches, focusing on increasing formative assessment, linking formative and summative tasks, using feedback as a dialogue, and helping students internalize learning goals and standards. The goal is to shift from a transmission model of education to a more social constructivist model.
Many Chances to Fail: Scholarly Teaching in Physics - CO/WY AAPT - April 2014Jeff Loats
This document summarizes a presentation on using evidence-based teaching methods in physics courses. The presentation advocates applying rigorous standards to teaching as in research. It discusses techniques like Just-in-Time Teaching and clicker questions that encourage active learning through iterative practice with feedback. These methods aim to give students multiple low-stakes chances to test their understanding before high-stakes exams, by engaging them in preparation, peer discussion, and online homework with immediate feedback.
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.
This document discusses improving assessment practices in Stage 5 math classrooms by incorporating more formative assessment, also known as assessment for learning. It recommends using short-cycle formative assessments within and between lessons to continually evaluate student understanding. Current research shows formative assessment improves student achievement more than other interventions. The Board of Studies and National Numeracy Review also recommend formative assessment strategies like self-assessment, feedback, and involving students in their own learning. Examples are provided on assessing common misconceptions and problems with multiple solutions. Resources for further information are listed at the end.
Scaling Up: Hybrid Instruction (Internet Librarian International October 16 2...Ilana Stonebraker
The document summarizes the redesign of an introductory business course from a small seminar format to a hybrid online/offline format scalable to hundreds of students. Through Purdue University's IMPACT program, the instructors redesigned the course using a flipped classroom model with online lectures and in-class active learning. An initial pilot class of 40 students showed improved assessment scores from pre-to-post testing and higher assignment grades. The redesigned course is now successfully taught to over 200 students per semester, addressing the need to scale core classes while maintaining educational quality.
This document summarizes key points from a workshop on assessment and feedback. It discusses challenges with current assessment practices, such as an over-reliance on summative assessment, disconnection between formative and summative feedback, and a lack of clear goals and standards. The workshop then introduces the TESTA (Transforming the Experience of Students Through Assessment) approach, which advocates rebalancing assessment to include more formative tasks, taking a whole-program approach, and linking formative and summative assessment. Case studies are presented that aim to make formative assessment more meaningful for students through tasks like blogging, peer review, and feedback dialogues. The workshop concludes with a discussion of shifting paradigms to create shared
This document provides information about teacher research projects and activities taking place in January. It encourages teachers to choose a research method and focus for their project. Teachers will spend 15 minutes per week developing their practice through evaluative blogging, triad coaching, practitioner enquiry, learning from research, or practitioner research. They are asked to select their top two choices for a method and provide a focus area by returning a form by November 17th.
The document provides an overview of the TESTA (Transforming the Experience of Students Through Assessment) programme approach. It outlines the rationale for taking a whole-programme approach to assessment, highlighting issues with modular degrees and how they can lead to student alienation. It then describes the different research tools used in the TESTA approach, including programme audits, student questionnaires, and focus groups, and provides examples of how the data from these tools can be analyzed and discussed with programme teams. The goal is to help teams improve their assessment practices in a way that enhances student learning and experience.
Thank you for sharing this information about connecting teachers and researchers to support evidence-informed practice. I don't have any experiences or insights to add.
The document discusses effective strategies for guided math instruction to meet the individual needs of students. It recommends implementing flexible math groupings and targeting instruction based on formative assessments. Key aspects of guided math include problem solving, conceptual understanding, procedural fluency, strategic competence, adaptive reasoning, and a productive disposition towards math. Teachers should focus instruction on the five strands of proficiency: conceptual understanding, procedural fluency, strategic competence, adaptive reasoning, and productive disposition.
This document discusses the use of electronic voting systems (EVS) to enhance lectures through active audience participation and feedback. It defines EVS as systems allowing audiences to respond to questions via keypads, with results displayed in real-time. The document outlines benefits of EVS in improving engagement and providing diagnostic feedback. It provides tips on authoring high-quality questions and interpreting response data to inform teaching practices. Best practices are discussed, along with considerations from large-scale pilots on factors influencing EVS effectiveness.
Practical session - Teaching, Learning and Assessment Schedules stepsEducation Moving Up Cc.
This document provides an overview of Dr. Muavia Gallie's presentation on practical sessions related to teaching, learning, and assessment schedules. It includes:
- 15 topics related to teaching, learning, and assessment schedules that will be covered, such as classroom management, physical environment, and questioning techniques.
- Examples of how to develop teaching, learning, and assessment schedules, including chunking the curriculum, integrating the schedules, and describing content to be taught.
- Tips for developing effective classroom management, physical environment, questioning techniques, and engaging learners beyond participation.
The document outlines the key areas and examples that will be covered in Dr. Gallie's practical session on developing teaching, learning,
The document discusses strategies to improve student engagement and learning during registration time interventions. It suggests creating an inviting and interactive learning environment by considering how the room feels, changing the space as needed, making notice boards appealing and interactive, and ensuring the space aids learning. Student motivation and regular attendance of these sessions can be increased by focusing on the learning environment.
1. The document summarizes an action research project examining ways to improve teaching and learning in KS3 RE. It looks at redesigning assessment feedback sheets and observing current teaching practices.
2. Student and teacher feedback indicated that the redesigned feedback sheets with features like sentence starters and a clearer layout were an improvement over the original.
3. Learning walks observed best practices like positive praise, but also areas for development like allowing more discussion time. Overall feedback was positive about KS3 RE teaching and learning.
This document outlines a 25 step process for implementing Teaching, Learning, and Assessment Schedules (TLAs) to improve curriculum management and learner achievement. It involves identifying top performing teachers, chunking the curriculum into 34 parts, having teachers develop lesson plans for each chunk using 15 TLA areas, designating lead teachers for each chunk, facilitating communities of practice to share plans, monitoring implementation, and continually evaluating and improving the process. The goal is to collaboratively develop high quality teaching resources aligned with the curriculum and share them across schools.
Empirical studies of adaptive annotation in the educational context have demonstrated that it can help students to acquire knowledge faster, improve learning outcomes, reduce navigational overhead, and encourage non-sequential navigation. Over the last 8 years we have explored a lesser known effect of adaptive annotation – its ability to significantly increase student engagement in working with non-mandatory educational content. In the presence of adaptive link annotation, students tend to access significantly more learning content; they stay with it longer, return to it more often and explore a wider variety of learning resources. This talk will present an overview of our exploration of the addictive links effect in many course-long studies, which we ran in several domains (C, SQL and Java programming), for several types of learning content (quizzes, problems, interactive examples). The first part of the talk will review our exploration of a more traditional knowledge-based personalization approach and the second part will focus on more recent studies of social navigation and open social student modeling
Strategy Sessions: Improving student engagement through active participationLearningandTeaching
Units such as counselling skills, clinical psychology or social work, are able to engage students due to the clear, practical implications for future careers. In contrast, it is often difficult to engage students in theoretically driven or statistically based units. However, increased student engagement and active learning can be promoted when more opportunities for participation and discussion are provided.
In this presentation, Nicholas Harris shares strategies for better engaging students, whether they are studying online or on campus, or studying theoretical units. Strategies include weekly reflection quizzes, increased interactive activities during tutorials and lectures, and incorporating online consultation times, serve to increase opportunities for students to ask questions and have hands-on practice with the learning materials.
Expand Your Toolkit: Teacher Strategies for Deeper Math LearningDreamBox Learning
The road to conceptual understanding in mathematics is difficult. Through this journey, our students are required to demonstrate this understanding at every step. With the integration of technology in the classroom, blended learning can support student growth and understanding in math.
Of course, preparing students to model math concepts is problematic if teachers are struggling with the concepts themselves. Blended classrooms can provide support for both the learner and teacher. Want to learn how?
In this webinar, Courtney Foreman showed you how to expand your teaching toolkit by exploring new strategies and techniques for introducing traditionally difficult mathematics concepts to your students. Explore tools to promote the following in your blended classroom:
How to implement tasks that promote reasoning and problem-solving
How to use and connect mathematical representations
How to build procedural fluency from conceptual understanding
Reasons Primary Teachers Give About Teaching Mathematical Problem Solving: A ...Prince Armah, PhD
Since the 1980s, problem solving has been considered the central theme of school mathematics as students are now required to develop investigational and problem solving skills. But teachers’ beliefs regarding teaching mathematical problem solving has been questioned. These beliefs, mediated by intentions, have also been noted as precursors to any shift from the traditional show and tell approach towards teaching mathematical problem solving. However, little research has addressed teachers’ beliefs and intention to teach mathematics problem solving in primary schools. Particularly, research about mathematics teachers’ attitudes, subjective norms, and perceived behavioural control beliefs relative to teaching mathematics problem solving in primary schools remains sparse. This study, which is part of a larger project, begins a line of research investigating the behavioral intentions of primary teachers to teaching mathematical problem solving. The purpose study was to investigate primary school teachers’ salient behavioural, normative and control beliefs regarding the teaching problem solving using the Ajzen’s (1991) Theory of Planned Behavior. The study reports on an elicitation study with a diverse sample of 50 primary teachers from six private and public schools from a municipality in the Central Region of Ghana. The participants responded to nine open-ended survey questions designed following Ajzen’s (1991) Theory of Planned Behaviour. In general, the study suggests that participating school teachers believe there are benefits to teaching mathematical problem solving. However, limited resources (time, teaching and learning materials), language and class level present substantial barriers to teaching mathematical problem solving in the primary schools. Specific suggestions for addressing teachers’ beliefs about teaching MPS are recommended.
Strategies for solving math word problemsmwinfield1
This document discusses several different methods for solving math word problems:
- The Toolbox Method allows students to choose from multiple strategies to find the one that works best for them.
- The CUBES Method is well-suited for visual learners as it has them dissect and analyze the word problem.
- The STEPS Method provides students with a sequential structure to follow when solving word problems.
- The Step by Step Method also provides a step-by-step process and works well for logical, sequential thinkers.
Presentation of the science and mathematics programs of the New Jersey Center for Teaching and Learning (CTL): The Progressive Science Initiative (PSI) and the Progressive Mathematics Initiative (PMI). Presented at Alan November's Building Learning Communities (BLC) conference in Boston, in July 2011.
Evidence-based teaching strategies in ELTCarol Lethaby
The document discusses various learning strategies and their effectiveness based on educational research. It begins by listing strategies that teachers and learners have used, and rates their usefulness based on research. Highly useful strategies include practice testing, distributed practice, and interleaved practice. Moderately useful strategies are elaborative interrogation and self-explanation. Less useful strategies are highlighting, summarizing, visualizing, mnemonics, and re-reading. The document emphasizes that prior knowledge is the most important factor for learning and provides examples of how teachers can activate students' prior knowledge in language learning.
This document discusses the relationship between learning design and learning analytics. It argues that learning design provides context that helps frame analytics questions and identify appropriate analysis. A MOOC planner is presented that prompts designers to plan different activity types like delivered content, reflection, collaboration, and assessment. Analytics can then provide insight into how learners engaged with those different activities. The document also discusses clustering analysis of learner engagement patterns in MOOCs, like samplers, strong starters, mid-way dropouts, and keen completers. Engagement patterns can vary based on pedagogy and learning design.
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.
This document summarizes key points from a workshop on assessment and feedback. It discusses challenges with current assessment practices, such as an over-reliance on summative assessment, disconnection between formative and summative feedback, and a lack of clear goals and standards. The workshop then introduces the TESTA (Transforming the Experience of Students Through Assessment) approach, which advocates rebalancing assessment to include more formative tasks, taking a whole-program approach, and linking formative and summative assessment. Case studies are presented that aim to make formative assessment more meaningful for students through tasks like blogging, peer review, and feedback dialogues. The workshop concludes with a discussion of shifting paradigms to create shared
This document provides information about teacher research projects and activities taking place in January. It encourages teachers to choose a research method and focus for their project. Teachers will spend 15 minutes per week developing their practice through evaluative blogging, triad coaching, practitioner enquiry, learning from research, or practitioner research. They are asked to select their top two choices for a method and provide a focus area by returning a form by November 17th.
The document provides an overview of the TESTA (Transforming the Experience of Students Through Assessment) programme approach. It outlines the rationale for taking a whole-programme approach to assessment, highlighting issues with modular degrees and how they can lead to student alienation. It then describes the different research tools used in the TESTA approach, including programme audits, student questionnaires, and focus groups, and provides examples of how the data from these tools can be analyzed and discussed with programme teams. The goal is to help teams improve their assessment practices in a way that enhances student learning and experience.
Thank you for sharing this information about connecting teachers and researchers to support evidence-informed practice. I don't have any experiences or insights to add.
The document discusses effective strategies for guided math instruction to meet the individual needs of students. It recommends implementing flexible math groupings and targeting instruction based on formative assessments. Key aspects of guided math include problem solving, conceptual understanding, procedural fluency, strategic competence, adaptive reasoning, and a productive disposition towards math. Teachers should focus instruction on the five strands of proficiency: conceptual understanding, procedural fluency, strategic competence, adaptive reasoning, and productive disposition.
This document discusses the use of electronic voting systems (EVS) to enhance lectures through active audience participation and feedback. It defines EVS as systems allowing audiences to respond to questions via keypads, with results displayed in real-time. The document outlines benefits of EVS in improving engagement and providing diagnostic feedback. It provides tips on authoring high-quality questions and interpreting response data to inform teaching practices. Best practices are discussed, along with considerations from large-scale pilots on factors influencing EVS effectiveness.
Practical session - Teaching, Learning and Assessment Schedules stepsEducation Moving Up Cc.
This document provides an overview of Dr. Muavia Gallie's presentation on practical sessions related to teaching, learning, and assessment schedules. It includes:
- 15 topics related to teaching, learning, and assessment schedules that will be covered, such as classroom management, physical environment, and questioning techniques.
- Examples of how to develop teaching, learning, and assessment schedules, including chunking the curriculum, integrating the schedules, and describing content to be taught.
- Tips for developing effective classroom management, physical environment, questioning techniques, and engaging learners beyond participation.
The document outlines the key areas and examples that will be covered in Dr. Gallie's practical session on developing teaching, learning,
The document discusses strategies to improve student engagement and learning during registration time interventions. It suggests creating an inviting and interactive learning environment by considering how the room feels, changing the space as needed, making notice boards appealing and interactive, and ensuring the space aids learning. Student motivation and regular attendance of these sessions can be increased by focusing on the learning environment.
1. The document summarizes an action research project examining ways to improve teaching and learning in KS3 RE. It looks at redesigning assessment feedback sheets and observing current teaching practices.
2. Student and teacher feedback indicated that the redesigned feedback sheets with features like sentence starters and a clearer layout were an improvement over the original.
3. Learning walks observed best practices like positive praise, but also areas for development like allowing more discussion time. Overall feedback was positive about KS3 RE teaching and learning.
This document outlines a 25 step process for implementing Teaching, Learning, and Assessment Schedules (TLAs) to improve curriculum management and learner achievement. It involves identifying top performing teachers, chunking the curriculum into 34 parts, having teachers develop lesson plans for each chunk using 15 TLA areas, designating lead teachers for each chunk, facilitating communities of practice to share plans, monitoring implementation, and continually evaluating and improving the process. The goal is to collaboratively develop high quality teaching resources aligned with the curriculum and share them across schools.
Empirical studies of adaptive annotation in the educational context have demonstrated that it can help students to acquire knowledge faster, improve learning outcomes, reduce navigational overhead, and encourage non-sequential navigation. Over the last 8 years we have explored a lesser known effect of adaptive annotation – its ability to significantly increase student engagement in working with non-mandatory educational content. In the presence of adaptive link annotation, students tend to access significantly more learning content; they stay with it longer, return to it more often and explore a wider variety of learning resources. This talk will present an overview of our exploration of the addictive links effect in many course-long studies, which we ran in several domains (C, SQL and Java programming), for several types of learning content (quizzes, problems, interactive examples). The first part of the talk will review our exploration of a more traditional knowledge-based personalization approach and the second part will focus on more recent studies of social navigation and open social student modeling
Strategy Sessions: Improving student engagement through active participationLearningandTeaching
Units such as counselling skills, clinical psychology or social work, are able to engage students due to the clear, practical implications for future careers. In contrast, it is often difficult to engage students in theoretically driven or statistically based units. However, increased student engagement and active learning can be promoted when more opportunities for participation and discussion are provided.
In this presentation, Nicholas Harris shares strategies for better engaging students, whether they are studying online or on campus, or studying theoretical units. Strategies include weekly reflection quizzes, increased interactive activities during tutorials and lectures, and incorporating online consultation times, serve to increase opportunities for students to ask questions and have hands-on practice with the learning materials.
Expand Your Toolkit: Teacher Strategies for Deeper Math LearningDreamBox Learning
The road to conceptual understanding in mathematics is difficult. Through this journey, our students are required to demonstrate this understanding at every step. With the integration of technology in the classroom, blended learning can support student growth and understanding in math.
Of course, preparing students to model math concepts is problematic if teachers are struggling with the concepts themselves. Blended classrooms can provide support for both the learner and teacher. Want to learn how?
In this webinar, Courtney Foreman showed you how to expand your teaching toolkit by exploring new strategies and techniques for introducing traditionally difficult mathematics concepts to your students. Explore tools to promote the following in your blended classroom:
How to implement tasks that promote reasoning and problem-solving
How to use and connect mathematical representations
How to build procedural fluency from conceptual understanding
Reasons Primary Teachers Give About Teaching Mathematical Problem Solving: A ...Prince Armah, PhD
Since the 1980s, problem solving has been considered the central theme of school mathematics as students are now required to develop investigational and problem solving skills. But teachers’ beliefs regarding teaching mathematical problem solving has been questioned. These beliefs, mediated by intentions, have also been noted as precursors to any shift from the traditional show and tell approach towards teaching mathematical problem solving. However, little research has addressed teachers’ beliefs and intention to teach mathematics problem solving in primary schools. Particularly, research about mathematics teachers’ attitudes, subjective norms, and perceived behavioural control beliefs relative to teaching mathematics problem solving in primary schools remains sparse. This study, which is part of a larger project, begins a line of research investigating the behavioral intentions of primary teachers to teaching mathematical problem solving. The purpose study was to investigate primary school teachers’ salient behavioural, normative and control beliefs regarding the teaching problem solving using the Ajzen’s (1991) Theory of Planned Behavior. The study reports on an elicitation study with a diverse sample of 50 primary teachers from six private and public schools from a municipality in the Central Region of Ghana. The participants responded to nine open-ended survey questions designed following Ajzen’s (1991) Theory of Planned Behaviour. In general, the study suggests that participating school teachers believe there are benefits to teaching mathematical problem solving. However, limited resources (time, teaching and learning materials), language and class level present substantial barriers to teaching mathematical problem solving in the primary schools. Specific suggestions for addressing teachers’ beliefs about teaching MPS are recommended.
Strategies for solving math word problemsmwinfield1
This document discusses several different methods for solving math word problems:
- The Toolbox Method allows students to choose from multiple strategies to find the one that works best for them.
- The CUBES Method is well-suited for visual learners as it has them dissect and analyze the word problem.
- The STEPS Method provides students with a sequential structure to follow when solving word problems.
- The Step by Step Method also provides a step-by-step process and works well for logical, sequential thinkers.
Presentation of the science and mathematics programs of the New Jersey Center for Teaching and Learning (CTL): The Progressive Science Initiative (PSI) and the Progressive Mathematics Initiative (PMI). Presented at Alan November's Building Learning Communities (BLC) conference in Boston, in July 2011.
Evidence-based teaching strategies in ELTCarol Lethaby
The document discusses various learning strategies and their effectiveness based on educational research. It begins by listing strategies that teachers and learners have used, and rates their usefulness based on research. Highly useful strategies include practice testing, distributed practice, and interleaved practice. Moderately useful strategies are elaborative interrogation and self-explanation. Less useful strategies are highlighting, summarizing, visualizing, mnemonics, and re-reading. The document emphasizes that prior knowledge is the most important factor for learning and provides examples of how teachers can activate students' prior knowledge in language learning.
This document discusses the relationship between learning design and learning analytics. It argues that learning design provides context that helps frame analytics questions and identify appropriate analysis. A MOOC planner is presented that prompts designers to plan different activity types like delivered content, reflection, collaboration, and assessment. Analytics can then provide insight into how learners engaged with those different activities. The document also discusses clustering analysis of learner engagement patterns in MOOCs, like samplers, strong starters, mid-way dropouts, and keen completers. Engagement patterns can vary based on pedagogy and learning design.
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.
Aims CC - Fall Conference - Just-in-Time Teaching - Sept 2016Jeff Loats
This document discusses the Just-in-Time Teaching (JiTT) instructional strategy. JiTT involves students completing online pre-class assignments called "WarmUps" that consist of conceptual questions about the upcoming material. The instructor reviews student responses just before class to modify their lesson plan as needed. Research shows JiTT improves student preparation and engagement compared to traditional lectures. The document advocates adopting JiTT and provides guidance on writing effective WarmUp questions and incorporating student feedback into class discussions to improve learning.
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.
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.
Just in Time Teaching - Jeff Loats @ LMUJeff Loats
Just in Time Teaching (JiTT) is a teaching strategy that uses online pre-class assignments called "WarmUps" to promote student preparation and engagement. Students complete WarmUps before class that assess their understanding of new material through questions. Instructors review student responses and modify class plans accordingly. Research shows JiTT improves student preparation and conceptual understanding compared to traditional lectures across many disciplines like physics, biology and art history. While the technology used can vary, the core JiTT approach focuses on the evidence-backed benefits of pre-class work, in-class feedback loops and interactive learning.
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.
Many Chances to Fail - Technology and Effective Feedback - AASCU July, 2013Jeff Loats
This document discusses effective feedback techniques in education, specifically Just-in-Time Teaching (JITT) and Peer Instruction using clickers. JITT involves students answering conceptual questions online before class, which allows the instructor to modify their lesson based on student responses. Peer Instruction uses clickers to poll students with conceptual questions during class, having them discuss answers with peers before revoting. Both techniques provide immediate feedback and require iterative learning, which research shows improves learning outcomes over traditional lectures that lack timely feedback.
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.
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.
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.
Many Chances To Fail - TA Workshop for WMS - Jeff LoatsJeff Loats
This document discusses effective feedback techniques in teaching, specifically Just-in-Time Teaching (JITT) and Peer Instruction using clickers. JITT involves students answering conceptual questions online before class, which allows the instructor to modify their lesson based on students' responses. Peer Instruction uses clickers for in-class polling questions to encourage discussion between students. Studies show these techniques improve student preparation, engagement, learning and retention compared to traditional lecture-based methods by providing more immediate feedback.
Many Chances to Fail - TA Workshop for WMS - April 2014Jeff Loats
This document discusses effective teaching techniques that utilize technology and feedback loops. It describes two such techniques: Just-in-Time Teaching (JITT), which uses online pre-class assignments and modifies lessons based on student responses, and Peer Instruction with clickers, which allows interactive engagement through polling questions. Research shows that when implemented well, these methods improve student preparation, engagement, learning, and retention compared to traditional lecture-based methods by incorporating frequent feedback.
The document summarizes three 21st century teaching techniques that incorporate technology: flipped teaching, Just in Time Teaching, and the use of classroom response systems like clickers. Flipped teaching involves moving passive lecture content online and using class time for active learning. Just in Time Teaching uses online pre-class assignments and surveys student responses to modify lesson plans. Clickers encourage active learning through polling questions and peer instruction during class. The document provides examples and research supporting the effectiveness of these techniques.
TCV School Choglamsar, Leh (Science Action Research )Tenzin Dhargyal
1) The document describes a teacher's professional development program focused on improving poor science academic results.
2) Questionnaires were used to collect data from students, parents, administrators, and teachers to identify factors contributing to low scores and suggestions for improvement.
3) Based on the findings, changes were made to instruction including more formula guides, practice problems, group work, and practical classes. Slight improvement was seen in subsequent test results.
TLTS 2015 - JiTT - A Strategy For Success - Oct 2015Jeff Loats
Slides from a 40-minutes panel presentation discussing the effectiveness of Just-in-Time Teaching across many disciplines, levels of courses and course-types.
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Jeff Loats
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Courtney Rocheleau
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This document summarizes an interactive masterclass on improving student learning through programme assessment using the TESTA framework. The masterclass covered:
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2. The Evidence Standard
Teachers can feel bombarded…
I strive to be a scholarly teacher …
• Apply the rigor we bring to our academic disciplines to the
discipline of teaching.
• Choose teaching methods that are strongly informed by the
best empirical evidence available.
3. In your teaching do you have a method for holding students
accountable for preparing for class?
Previous anonymous poll results (compiled):
~19% → I don’t, but I ask/threaten really well
~46% → I use a paper method (quiz, journal…)
~11% → I use a digital method (clickers, etc.)
~4% → I use Just-in-Time Teaching
~19% → I have some other method
(N ~ 311)
A)
B)
C)
D)
E)
4. Overview
1. Motivation for change
2. Basics of Just-in-Time Teaching
3. Mock example
4. Evidence for effectiveness
5. Summaries
6. Just-in-Time Teaching
Online pre-class assignments – “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 results and anonymous responses are displayed in class.
Learner Teacher
7. Suppose we hold one end of a slinky and let it hang
down, as shown. Think about what the bottom end of
the slinky will do once we release the top end.
In the few moments after the top is released, what
will the bottom of the slinky do?
A) Moves up B) Moves down C) Stays put
[On a real WarmUp, I would ask you to explain]
7
8.
9. 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%
33%
34%
18%
12%
4%
(𝑁~398)
11. Which of these three aspects do students self-report as the most
positively impacted by WarmUps?
A) Helpfulness in preparing for class
B) Helpfulness in staying engaged in class
C) Helpfulness in learning the material
38%
13%
50%
12. Mean on 1-5 scale
Preparation
for class
4.06
Engagement
during class
3.93
Learning
the material
3.79
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
13. 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
14. WarmUp Questions
Minimal jargon, aside from new vocabulary
A few comprehension-level questions, mostly “higher level”
Any question is better than none (don’t be precious)
Connections to evidence:
Pre-class work reduces working memory load during class.
Multimodal practice (not learning styles):
JiTT brings reading, writing and discussion.
15. 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:
Metacognition practice: Students regularly evaluate their own
interaction with the material.
16. The JiTT Feedback Loop
Student responses:
• Graded on thoughtful effort
• Sampled and categorized for display
• Quoted anonymously
Closing the loop:
• Respond to some students digitally
• Class time shifts to active engagement.
Learner Teacher
17. Just-in-Time Teaching
A different student role:
• Actively prepare for class (not just passively)
• Actively engage in class
• Compare your progress & plan accordingly
A different instructor role:
• Prepare to engage with these specific learners
• Modify class accordingly
• Create interactive engagement opportunities
Learner Teacher
19. A Possible Plan
Choose one course you will teach next term.
A. Write two questions for each class meeting:
1. One lower-level (maybe computer graded).
One higher-level (answered in 1-2 sentences).
2. Give yourself 10 minutes to write each one
B. Write a standard opening metacognitive question
C. Discuss one question at the top of class, and one in the middle.
Use the metacognitive responses as break points or highlights.
20. My Summary
Just-in-Time Teaching
• Solid grounding as a research-based instructional strategy
• Can be consistently integrated into nearly all other methods
• Addresses areas that evidence shows are often neglected
(metacognitive practice, writing across disciplines, open-ended
questions).
But, be prepared to find that students know less than we might
hope. (Though maybe this can be freeing?)
21. Your Summary
If you want to implement JiTT, what is your next concrete action?
Email: jloats1@msudenver.edu
Slides: www.slideshare.net/JeffLoats
Web: https://sites.msudenver.edu/jloats1/jitt/
(or search for “loats jitt”)
22. 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
Bombarded: hybrid courses, brain-based learning, blended courses, technology in the classroom, learner-centered teaching, etc.
Updated January 2019
Youtube video showing the same results, no sound needed.
https://www.youtube.com/watch?v=8UimHnsWSBc
Data average is 34%
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)
Left side: Physics courses with “daily” WarmUps
Right side: WMS and PSY with weekly WarmUps
Averages are indicated by dotted line and inset text
Data average is 34%
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
Misconceptions, good efforts, superior explanations, metacognition, etc.
Incorrect or incomplete responses are often particularly useful for classroom discussion.