- The document discusses a survey given to nursing students about their perceptions of using the Test Centre online assessment tool for a pathophysiology and pharmacology subject.
- Students were given 7 online review quizzes throughout the semester totalling 14% of their final grade to help maintain their study schedule.
- The survey asked about ease of use of Test Centre, whether more quizzes should be used, and if Test Centre is useful for different question types. 46% of students responded.
- Responses indicated Test Centre was found easy to use and a good way to check understanding, but students wanted more time per question and correct answers shown after tests.
This document discusses alternatives to continuous assessment tests (CATs) for evaluating student progress, including portfolios, debates, presentations, oral exams, student projects, and posters. It notes some potential drawbacks of CATs, such as causing stress and not assessing a complete understanding of the material. Portfolio assessment is proposed as an alternative that more closely resembles instructional activities. Presentations, debates, and oral exams provide experience for future situations while projects help students link theories to practice. Overall, the document analyzes different assessment methods and their ability to fully and accurately evaluate student learning.
This document summarizes the redesign process of an "Equity Law" course at Saxion University of Applied Science in the Netherlands. The university has 26,000 students, 1,700 lecturers, and 1,100 support staff across 12 faculties. Instructional designers worked with lecturers to redesign the course using a flipped classroom model combined with test-driven learning. The redesign process involved analysis, design, development, implementation, and evaluation steps. Student learning analytics and feedback from evaluations showed that the redesigned course helped distribute study pressure more evenly, better prepared students for seminars, and helped students master the material better compared to the original design. However, some students tried tests over 30 times and wanted more feedback
Integrative Practical (Percentage with Percentage Bar)Muhammad Khuluq
The slides were addressed to a group of 6th graders in an International School in the Netherlands, to whom designs of percentage bar learning are implemented.
The slides were meant to give an overview to students of what we have done in their class (Integrative Practical and Teaching Implementation). The slides are associated with reporting research, as the students have learned about conducting research in their school
Dr Sara Marsham trialled the audience response system TurningPoint to collect student feedback in three modules at different levels to close the feedback loop. Some disadvantages were low student response rates, lack of dialogue, and time consumption. Feedback was provided orally during sessions and in writing on Blackboard. Most students rated TurningPoint as average or high for collecting feedback and preferred it over paper forms. Evaluations found issues with handset testing and question wording that could be improved with longer dedicated sessions and better explanations of TurningPoint's benefits. Overall responses were positive about using TurningPoint for module feedback.
Lecture capture can impact staff teaching practice in several ways according to a study that surveyed and interviewed staff. It found the most significant impacts were on:
1. Supporting learning and providing assessment/feedback, with most staff agreeing it improved accommodating diverse student needs.
2. Engaging in professional development and evaluating teaching, with most staff agreeing it contributed to reflecting on teaching and getting peer feedback.
3. Developing effective learning environments to a lesser extent, with mixed feedback on enhancing visual aids but providing student support.
The study provides new evidence that lecture capture can positively influence core teaching skills and knowledge defined by the UK Professional Standards Framework.
Jeff Loats - Scholarly Teaching - TLD, Feb 2015Jeff Loats
The document discusses the importance of teaching as a social science and using evidence-based teaching methods. It notes that expertise in a discipline can lead one to underestimate their knowledge of teaching skills, while a lack of teaching expertise can inflate one's beliefs. Effective teaching requires applying rigorous scholarship to pedagogy and choosing methods informed by empirical research showing the benefits of active learning, preparation, feedback, and iterative learning. Studies have found evidence-based teaching significantly improves student learning compared to traditional lectures.
The Master of Nursing Program at La Trobe University would like to move from a cumbersome paper based Clinical Practice Assessment tool to an online system. Terry Young will present the results of the pilot project conducted in Semester 1 2013. The project used the new workbook function in PebblePad 3 which includes self-evaluation, provision of evidence and external user validation.
- The document discusses a survey given to nursing students about their perceptions of using the Test Centre online assessment tool for a pathophysiology and pharmacology subject.
- Students were given 7 online review quizzes throughout the semester totalling 14% of their final grade to help maintain their study schedule.
- The survey asked about ease of use of Test Centre, whether more quizzes should be used, and if Test Centre is useful for different question types. 46% of students responded.
- Responses indicated Test Centre was found easy to use and a good way to check understanding, but students wanted more time per question and correct answers shown after tests.
This document discusses alternatives to continuous assessment tests (CATs) for evaluating student progress, including portfolios, debates, presentations, oral exams, student projects, and posters. It notes some potential drawbacks of CATs, such as causing stress and not assessing a complete understanding of the material. Portfolio assessment is proposed as an alternative that more closely resembles instructional activities. Presentations, debates, and oral exams provide experience for future situations while projects help students link theories to practice. Overall, the document analyzes different assessment methods and their ability to fully and accurately evaluate student learning.
This document summarizes the redesign process of an "Equity Law" course at Saxion University of Applied Science in the Netherlands. The university has 26,000 students, 1,700 lecturers, and 1,100 support staff across 12 faculties. Instructional designers worked with lecturers to redesign the course using a flipped classroom model combined with test-driven learning. The redesign process involved analysis, design, development, implementation, and evaluation steps. Student learning analytics and feedback from evaluations showed that the redesigned course helped distribute study pressure more evenly, better prepared students for seminars, and helped students master the material better compared to the original design. However, some students tried tests over 30 times and wanted more feedback
Integrative Practical (Percentage with Percentage Bar)Muhammad Khuluq
The slides were addressed to a group of 6th graders in an International School in the Netherlands, to whom designs of percentage bar learning are implemented.
The slides were meant to give an overview to students of what we have done in their class (Integrative Practical and Teaching Implementation). The slides are associated with reporting research, as the students have learned about conducting research in their school
Dr Sara Marsham trialled the audience response system TurningPoint to collect student feedback in three modules at different levels to close the feedback loop. Some disadvantages were low student response rates, lack of dialogue, and time consumption. Feedback was provided orally during sessions and in writing on Blackboard. Most students rated TurningPoint as average or high for collecting feedback and preferred it over paper forms. Evaluations found issues with handset testing and question wording that could be improved with longer dedicated sessions and better explanations of TurningPoint's benefits. Overall responses were positive about using TurningPoint for module feedback.
Lecture capture can impact staff teaching practice in several ways according to a study that surveyed and interviewed staff. It found the most significant impacts were on:
1. Supporting learning and providing assessment/feedback, with most staff agreeing it improved accommodating diverse student needs.
2. Engaging in professional development and evaluating teaching, with most staff agreeing it contributed to reflecting on teaching and getting peer feedback.
3. Developing effective learning environments to a lesser extent, with mixed feedback on enhancing visual aids but providing student support.
The study provides new evidence that lecture capture can positively influence core teaching skills and knowledge defined by the UK Professional Standards Framework.
Jeff Loats - Scholarly Teaching - TLD, Feb 2015Jeff Loats
The document discusses the importance of teaching as a social science and using evidence-based teaching methods. It notes that expertise in a discipline can lead one to underestimate their knowledge of teaching skills, while a lack of teaching expertise can inflate one's beliefs. Effective teaching requires applying rigorous scholarship to pedagogy and choosing methods informed by empirical research showing the benefits of active learning, preparation, feedback, and iterative learning. Studies have found evidence-based teaching significantly improves student learning compared to traditional lectures.
The Master of Nursing Program at La Trobe University would like to move from a cumbersome paper based Clinical Practice Assessment tool to an online system. Terry Young will present the results of the pilot project conducted in Semester 1 2013. The project used the new workbook function in PebblePad 3 which includes self-evaluation, provision of evidence and external user validation.
By Jennifer Spohrer, Bryn Mawr College for the e-Learning 2.0 Conference, March 29, 2012. In this presentation, Jennifer Spohrer addresses this research question: Can we use a blended learning approach to improve learning outcomes in introductory STEM courses?
Active learning techniques involve a structured facilitation cycle with steps before, during, and after the activity. In the pre stage, the instructor prepares materials and student groups. They explain the activity and have students review required materials. During the activity, students perform tasks while the instructor facilitates, monitors time, and guides progress. In the post stage, students prepare any deliverables while the instructor leads reflection to tie the activity back to course content and purpose.
7 Steps to Develop Well-Designed Course ObjectivesWiley
The document outlines 7 steps to develop well-designed learning objectives: 1) be clear about what is expected of students, 2) connect objectives to program and college goals, 3) use active verbs to describe desired outcomes, 4) consider Bloom's taxonomy for appropriate knowledge levels, 5) emphasize higher-order thinking for advanced courses, 6) organize teaching materials to align with objectives, and 7) limit the number of objectives to allow for efficient assessment. Well-designed objectives provide a roadmap for students, enable measurement of learning, and help students study efficiently.
The document outlines the core commitments of the School of Physical Sciences which include supporting student transitions, connecting research and practice, promoting inclusion, encouraging collaboration, and fostering lifelong learning. It also provides details on a 12-item grit scale developed by Angela Duckworth and norms for grit based on gender. Finally, it offers advice for empathizing with struggling first-year students and maintaining a positive outlook.
Metacognition & Self-regulated LearningFCT at LSSU
This document summarizes a presentation on metacognition and self-regulated learning in chemistry education. It discusses how metacognition, or thinking about one's own thinking, can help with self-regulated learning in undergraduate chemistry courses. Specifically, it references a study that found students' confidence in chemistry concepts increased as they used additional learning resources. The document also provides strategies and a study cycle to help students develop metacognitive skills and achieve higher-order thinking in chemistry courses.
This document summarizes strategies presented at the 2015 Athletic Trainers' Education Conference in Dallas, Texas to enhance learning for faculty and students. For faculty, ideas included a near peer mentoring program, reviewing promotion and tenure guidelines from another university, and participating in writing groups. For students, ideas focused on flipping the classroom using video lectures and in-class projects, using iPads in teaching, and implementing concept mapping activities. Examples and benefits of these strategies were provided. The document concludes with resources on flipped classrooms, mentoring programs, and concept mapping.
Survey report how technology can help in personalization of educationJaymineShah
More than 50% of edtech companies surveyed think that on-demand, real-time instructor support is crucial for personalization, and that learning at any pace/place/time is key. Over 40% see engaging students in digital environments as the most challenging aspect. The survey also found that accurate assessment data, digital portfolios highlighting progress, and digital collaboration are important for competency-based and adaptive learning.
Talk given by Victoria Cannon of Ohio State University College of Medicine at MyKnowledgeMap's Innovation in Practice Assessment Conference, St George's University of London.
This document discusses how teachers can develop a culture of evidence-based practice in schools. It recommends that teachers engage in professional development like completing a masters degree, setting up journal clubs, attending conferences, and conducting small classroom research projects. These activities help teachers stay current on educational research and bridge the gap between research and classroom practice. Establishing a culture where research routinely informs decisions can improve student outcomes. The document acknowledges obstacles like time, finding relevant research, finances, and lack of support and provides strategies to encourage schools to prioritize evidence-based practices.
This document summarizes a study on school-based teacher action research. It finds that teacher participation in action research projects provides valuable professional development by helping teachers reflect on their practice, articulate tacit knowledge, and implement changes in their classrooms. Challenges include finding time and navigating expectations about research. Preliminary results show benefits like increased confidence and status for teachers, as well as a more open culture around research in some schools. The author plans to continue data collection and explore models for supporting teacher research.
This workshop discusses evaluating teaching practice and student learning, and the role of technology. It encourages thinking about how to evaluate one's own teaching, whether students are learning as intended, and techniques to help with evaluation. Classroom Assessment Techniques are outlined that can provide quick feedback, encourage active learning, and easily analyze results. Examples of techniques include the Muddiest Point method and one sentence summaries. Resources on evaluation are provided, as is a discussion of a case study where a lecturer made changes but wasn't sure if it benefitted students. The importance of ongoing evaluation is emphasized to enhance practice as students and technology change over time.
The document summarizes a pilot project that tested using a pre-arrival induction task through the university's student dashboard. The task involved students answering 6 questions before arriving on campus. The pilot found that students who completed the task had higher engagement with the dashboard, better progression to the second year, and higher average grades. It is an effective early predictor of students who may need additional support. The document recommends more fully integrating the task into course activities and providing follow-up interventions for at-risk students identified through the task.
The document proposes redesigning the Therapeutics 4 course to incorporate more problem-based learning through case studies and group work. This aims to encourage higher-order thinking and better prepare students for clinical practice. Barriers like faculty resistance and increased workload are addressed. The redesign would introduce case-based activities gradually over the curriculum to support students. Room and technology requirements are outlined to facilitate group work and active learning.
This document discusses the design of an all-encompassing microbiology practical module to help students take more control of their laboratory learning. It aims to combine elements students liked from practical classes and independent honors projects. The module would run for 6 weeks with students running their own mini-projects with guidance. Demonstrators would meet weekly to discuss student goals and challenges. The number of enrolled students has increased, so better organization is needed to ensure student and staff needs are met. The goal is for students to feel independent while receiving support to safely conduct their projects.
Supported experiments dissemination conference held 27 March 2014 by ColegauCymru / CollegesWales with the support of the Welsh Government and the active participation of further education colleges across Wales.
This document discusses Response to Intervention (RTI) and provides guidance on its implementation. The goals of RTI are to review principles, examine steps for planning and strengthening RTI programs, and look at resources for interventions, data collection, and using technology to graph and analyze data. RTI involves providing research-based instruction and interventions matched to student needs, monitoring progress frequently to make decisions about changes, and applying student response data to educational decisions. A multi-tiered model is presented involving school-wide, targeted small group, and intensive individual interventions.
This document discusses measuring program objectives for a new Master's in Marketing degree via online assessment. It outlines creating program objectives and mapping them to two direct and two indirect measures. Direct measures include entrance and exit exams, with a goal of 80% of students scoring over 73%. Indirect measures include mid-term and end-of-program surveys, with a goal of 80% of students agreeing or strongly agreeing that they can apply program learning outcomes. The document then discusses using case analysis as one direct measure, outlining four cases and central questions. It provides results from the first exam that were skewed and adjustments made going forward. Finally, it covers setting up the case analysis in an LMS like Blackboard, including why cases
Metacognition refers to thinking about one's own thinking processes. It involves monitoring and controlling one's thoughts. There are several subcategories of metacognition including metamemory and metacomprehension, which involve appraising one's own prior knowledge and comprehension. Developing metacognition in students is important as research shows academic gains with metacognitive instruction. Teachers can model metacognition for students by consciously demonstrating their own thinking processes and using strategies, checklists, and whiteboards to make their cognitive work visible.
Using Classroom Response Systems to Engage your Studentssdalili
The document summarizes the key points from a presentation about using clickers (student response systems) in university lectures. It discusses the benefits of clickers in increasing student engagement and interaction during lectures. It provides examples of different types of clicker questions and applications. Student perceptions of clickers from surveys are also presented, finding that clickers improved attendance and helped students evaluate their understanding. Best practices for implementing clickers are outlined.
Flipping heck! how can we engage students in the lecture experience?SEDA
This document discusses efforts to increase student engagement in lectures through a flipped classroom model. It describes an initial implementation that saw decreased student satisfaction and worse performance compared to previous cohorts. Further changes were made based on additional research, including removing references to "flipped" and introducing clearer expectations. While attendance remained low, module evaluations were positive. However, peer observations rated engagement aspects lower than student evaluations, suggesting a mismatch. The document concludes by discussing literature finding that students often have preconceived notions of passive lectures and that engagement may be influenced by interests, time, and understanding of professional expectations.
By Jennifer Spohrer, Bryn Mawr College for the e-Learning 2.0 Conference, March 29, 2012. In this presentation, Jennifer Spohrer addresses this research question: Can we use a blended learning approach to improve learning outcomes in introductory STEM courses?
Active learning techniques involve a structured facilitation cycle with steps before, during, and after the activity. In the pre stage, the instructor prepares materials and student groups. They explain the activity and have students review required materials. During the activity, students perform tasks while the instructor facilitates, monitors time, and guides progress. In the post stage, students prepare any deliverables while the instructor leads reflection to tie the activity back to course content and purpose.
7 Steps to Develop Well-Designed Course ObjectivesWiley
The document outlines 7 steps to develop well-designed learning objectives: 1) be clear about what is expected of students, 2) connect objectives to program and college goals, 3) use active verbs to describe desired outcomes, 4) consider Bloom's taxonomy for appropriate knowledge levels, 5) emphasize higher-order thinking for advanced courses, 6) organize teaching materials to align with objectives, and 7) limit the number of objectives to allow for efficient assessment. Well-designed objectives provide a roadmap for students, enable measurement of learning, and help students study efficiently.
The document outlines the core commitments of the School of Physical Sciences which include supporting student transitions, connecting research and practice, promoting inclusion, encouraging collaboration, and fostering lifelong learning. It also provides details on a 12-item grit scale developed by Angela Duckworth and norms for grit based on gender. Finally, it offers advice for empathizing with struggling first-year students and maintaining a positive outlook.
Metacognition & Self-regulated LearningFCT at LSSU
This document summarizes a presentation on metacognition and self-regulated learning in chemistry education. It discusses how metacognition, or thinking about one's own thinking, can help with self-regulated learning in undergraduate chemistry courses. Specifically, it references a study that found students' confidence in chemistry concepts increased as they used additional learning resources. The document also provides strategies and a study cycle to help students develop metacognitive skills and achieve higher-order thinking in chemistry courses.
This document summarizes strategies presented at the 2015 Athletic Trainers' Education Conference in Dallas, Texas to enhance learning for faculty and students. For faculty, ideas included a near peer mentoring program, reviewing promotion and tenure guidelines from another university, and participating in writing groups. For students, ideas focused on flipping the classroom using video lectures and in-class projects, using iPads in teaching, and implementing concept mapping activities. Examples and benefits of these strategies were provided. The document concludes with resources on flipped classrooms, mentoring programs, and concept mapping.
Survey report how technology can help in personalization of educationJaymineShah
More than 50% of edtech companies surveyed think that on-demand, real-time instructor support is crucial for personalization, and that learning at any pace/place/time is key. Over 40% see engaging students in digital environments as the most challenging aspect. The survey also found that accurate assessment data, digital portfolios highlighting progress, and digital collaboration are important for competency-based and adaptive learning.
Talk given by Victoria Cannon of Ohio State University College of Medicine at MyKnowledgeMap's Innovation in Practice Assessment Conference, St George's University of London.
This document discusses how teachers can develop a culture of evidence-based practice in schools. It recommends that teachers engage in professional development like completing a masters degree, setting up journal clubs, attending conferences, and conducting small classroom research projects. These activities help teachers stay current on educational research and bridge the gap between research and classroom practice. Establishing a culture where research routinely informs decisions can improve student outcomes. The document acknowledges obstacles like time, finding relevant research, finances, and lack of support and provides strategies to encourage schools to prioritize evidence-based practices.
This document summarizes a study on school-based teacher action research. It finds that teacher participation in action research projects provides valuable professional development by helping teachers reflect on their practice, articulate tacit knowledge, and implement changes in their classrooms. Challenges include finding time and navigating expectations about research. Preliminary results show benefits like increased confidence and status for teachers, as well as a more open culture around research in some schools. The author plans to continue data collection and explore models for supporting teacher research.
This workshop discusses evaluating teaching practice and student learning, and the role of technology. It encourages thinking about how to evaluate one's own teaching, whether students are learning as intended, and techniques to help with evaluation. Classroom Assessment Techniques are outlined that can provide quick feedback, encourage active learning, and easily analyze results. Examples of techniques include the Muddiest Point method and one sentence summaries. Resources on evaluation are provided, as is a discussion of a case study where a lecturer made changes but wasn't sure if it benefitted students. The importance of ongoing evaluation is emphasized to enhance practice as students and technology change over time.
The document summarizes a pilot project that tested using a pre-arrival induction task through the university's student dashboard. The task involved students answering 6 questions before arriving on campus. The pilot found that students who completed the task had higher engagement with the dashboard, better progression to the second year, and higher average grades. It is an effective early predictor of students who may need additional support. The document recommends more fully integrating the task into course activities and providing follow-up interventions for at-risk students identified through the task.
The document proposes redesigning the Therapeutics 4 course to incorporate more problem-based learning through case studies and group work. This aims to encourage higher-order thinking and better prepare students for clinical practice. Barriers like faculty resistance and increased workload are addressed. The redesign would introduce case-based activities gradually over the curriculum to support students. Room and technology requirements are outlined to facilitate group work and active learning.
This document discusses the design of an all-encompassing microbiology practical module to help students take more control of their laboratory learning. It aims to combine elements students liked from practical classes and independent honors projects. The module would run for 6 weeks with students running their own mini-projects with guidance. Demonstrators would meet weekly to discuss student goals and challenges. The number of enrolled students has increased, so better organization is needed to ensure student and staff needs are met. The goal is for students to feel independent while receiving support to safely conduct their projects.
Supported experiments dissemination conference held 27 March 2014 by ColegauCymru / CollegesWales with the support of the Welsh Government and the active participation of further education colleges across Wales.
This document discusses Response to Intervention (RTI) and provides guidance on its implementation. The goals of RTI are to review principles, examine steps for planning and strengthening RTI programs, and look at resources for interventions, data collection, and using technology to graph and analyze data. RTI involves providing research-based instruction and interventions matched to student needs, monitoring progress frequently to make decisions about changes, and applying student response data to educational decisions. A multi-tiered model is presented involving school-wide, targeted small group, and intensive individual interventions.
This document discusses measuring program objectives for a new Master's in Marketing degree via online assessment. It outlines creating program objectives and mapping them to two direct and two indirect measures. Direct measures include entrance and exit exams, with a goal of 80% of students scoring over 73%. Indirect measures include mid-term and end-of-program surveys, with a goal of 80% of students agreeing or strongly agreeing that they can apply program learning outcomes. The document then discusses using case analysis as one direct measure, outlining four cases and central questions. It provides results from the first exam that were skewed and adjustments made going forward. Finally, it covers setting up the case analysis in an LMS like Blackboard, including why cases
Metacognition refers to thinking about one's own thinking processes. It involves monitoring and controlling one's thoughts. There are several subcategories of metacognition including metamemory and metacomprehension, which involve appraising one's own prior knowledge and comprehension. Developing metacognition in students is important as research shows academic gains with metacognitive instruction. Teachers can model metacognition for students by consciously demonstrating their own thinking processes and using strategies, checklists, and whiteboards to make their cognitive work visible.
Using Classroom Response Systems to Engage your Studentssdalili
The document summarizes the key points from a presentation about using clickers (student response systems) in university lectures. It discusses the benefits of clickers in increasing student engagement and interaction during lectures. It provides examples of different types of clicker questions and applications. Student perceptions of clickers from surveys are also presented, finding that clickers improved attendance and helped students evaluate their understanding. Best practices for implementing clickers are outlined.
Flipping heck! how can we engage students in the lecture experience?SEDA
This document discusses efforts to increase student engagement in lectures through a flipped classroom model. It describes an initial implementation that saw decreased student satisfaction and worse performance compared to previous cohorts. Further changes were made based on additional research, including removing references to "flipped" and introducing clearer expectations. While attendance remained low, module evaluations were positive. However, peer observations rated engagement aspects lower than student evaluations, suggesting a mismatch. The document concludes by discussing literature finding that students often have preconceived notions of passive lectures and that engagement may be influenced by interests, time, and understanding of professional expectations.
The document discusses a study comparing experiential learning (hands-on) to lecture-based learning. The study was conducted with undergraduate students at Pennsylvania College of Technology across several majors. Students were split into groups, with some receiving lecture instruction and others receiving hands-on lab instruction on the same topics. Both groups then took a quiz to assess learning. The results showed higher average quiz grades from the hands-on groups compared to the lecture groups, supporting the hypothesis that experiential learning is more effective. The document recommends varying teaching methods based on topics rather than a single approach.
This is a workshop designed to address issues of standardized testing and answers the essential question, how do teachers balance standardized testing with teaching creatively?
The document investigates using blended learning to support assessment innovations in law modules at the University of Brighton. Pilot studies introduced online revision materials and formative assessments to replace some face-to-face sessions for Criminal Law and Public Law modules assessed by 100% seen examinations and coursework respectively. Student questionnaires found that most appreciated the flexibility of online learning and perceived it developed their understanding, though its ability to directly prepare for summative assessment was less clear. Analysis of examination marks found average scores increased slightly for topics covered through blended learning. The study concluded blended learning enhances learning experiences without extra resources and supports shifts to greater examination-based assessment.
This document provides guidance for online facilitators on best practices for facilitating online courses. It discusses principles for good practice in undergraduate education, the role and time commitment of online facilitators, modeling effective behaviors, being present and engaging with students, asking effective questions, identifying at-risk students, and following school policies and procedures.
This document summarizes the challenges of teaching non-majors biology online and efforts to revamp an online biology course. It discusses problems with the previous course design and materials. The redesign focuses on incorporating active learning strategies supported by educational research. New elements include an engaging textbook, formative assessments through interactive lessons and games, and authentic assignments where students explore self-selected topics. Preliminary results suggest students find the new approach more interesting. Further data is still needed to evaluate the impact on learning and satisfaction.
This document summarizes a presentation on a survey of over 2,300 online students regarding their perceptions of quality in online courses. Key findings included:
- Students felt Quality Matters quality standards were important and contributed to their success. Having clear expectations, learning objectives, assessments and instructor engagement were especially important.
- Students valued flexibility in due dates and opportunities to enhance their learning through supplemental materials, feedback and opportunities to improve their work.
- A quality online course considered the student experience holistically and provided support services and accessibility features for all students. Consistency across courses and programs was also important to students.
Theory/literature vs practice - the flipped classroomloch_b
This document discusses the theory and practice of flipped classrooms based on literature and examples. It defines flipped classrooms as shifting from traditional lectures to active learning during face-to-face class time after students are first exposed to content outside of class. Several studies show improved exam performance and student perceptions with flipped models in statistics, economics, and calculus courses, though preparation outside of class was sometimes lacking. Open questions remain around large-scale implementation, measuring success, and whether readily available technologies are suitable for all mathematics teaching.
SMARTHINKING provides online tutoring services to students and institutions, offering over 2 million tutoring sessions and essay critiques. It employs over 900 tutors with advanced degrees to provide private, on-demand tutoring sessions to supplement academic support. Studies show students using SMARTHINKING services have improved grades by up to 33% and increased pass rates by 12%, with higher retention rates compared to non-users.
This document discusses using mid-course evaluations in online courses to check that the course is on track and to get feedback from students. It provides examples of mid-course evaluation questions, statistics on student responses, and how the instructor addressed issues that arose. Key benefits identified are allowing corrections during the course, providing more information than end-of-course evaluations, and helping students stay on track. Sample questions are presented that could be used for a mid-course evaluation, and how the feedback could help students improve their performance.
How the Centre for Innovation in Higher Education (CIHE) drives and enhances multi-disciplinary pedagogic innovation
Presented at the Advance HE Teaching and Learning Conference 2-4 July 2019 by Dr Simon Pratt-Adams (Director of CIHE), Dr Emma Coonan (Research Fellow, CIHE), Dr Paul Dyer (Senior Lecturer in Biomedical Science, Anglia Ruskin University), David Jay (Language Skills Tutor, Anglia Ruskin University), Sarah Etchells (Acting Director of Studies, Anglia Ruskin University) and Paul Driver (Learning Technologist, Anglia Ruskin University).
Presentation by Dr Ann Ooms , Kingston University and St Georges, University of London, at the "Improving Assessment and Feedback Practices in a Technology-Enhanced Teaching and Learning Environment: Theory and Practice" Event, 19th May 2010 at Kingston University. Part of the "Higher Education Academy : Evidence Based Practice Seminar Series 2010"
The presentation provides and overview of the findings from the HEA Pathfinder Project 'Rapid Reaction and Response' concerning the use of mobile classroom technologies to enhance feedback.
Slides for the presentation by Caroline Hunter and Ben Fitzpatrick (University of York) in the Show and Tell session at the Learning in Law Annual Conference 2011.
This document discusses a study conducted at the University of York to better understand student use and perceptions of lecture capture technology. The study used student diaries and interviews to gather data on how and why students use lecture recordings. Initial findings suggest that students strategize how they will use recordings during live lectures and that recordings are used as part of an overall study approach in addition to other resources, rather than just for note taking. The study aims to provide insights beyond typical measures of academic performance by exploring the student learning experience and how lecture capture impacts study behaviors.
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.
The document outlines the rationale and agenda for a one-day seminar on improving questioning techniques in the classroom. It notes that teachers often feel pressure to cover curriculums which leads them to rely on low-level questioning that does not engage students in meaningful learning. Research shows that 80% of questions asked by teachers are not cognitively complex. The seminar aims to share strategies for planning and implementing powerful questioning using frameworks like Bloom's Taxonomy and Webb's Depth of Knowledge to build students' language, writing, metacognition, and engagement skills. The agenda covers examining typical classroom questioning, defining powerful questions, and techniques for oral language, vocabulary, writing, metacognition, and changing classroom culture through questioning
The document summarizes a study examining the effectiveness of pre-exam review sessions in an undergraduate physiology course. Students completed pre- and post-review surveys to assess how helpful they found the sessions. Students who found the sessions helpful scored about 10% higher on exams on average than those who did not. Those who benefited were more self-aware of their exam preparation and content knowledge before the review. The study provides insight into improving review session delivery and effectiveness, though it had a small sample size and could be expanded in the future.
Rossiter, Biggs and Petrulis (2008), Innovative problem-based learning approa...cilass.slideshare
Presentation by Dr Diane Rossiter, Dr Catherine Biggs and Dr Robert Petrulis (University of Sheffield, Department of Chemical and Process Engineering and CILASS) at the Engineering Education Conference 2008, Loughborough, entitled: 'Innovative problem-based learning approach using off and online resources in 1st year Chemical Engineering'
Similar to ASEE 2019 Karcher, Holloway, Pierson (20)
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
MATATAG CURRICULUM: ASSESSING THE READINESS OF ELEM. PUBLIC SCHOOL TEACHERS I...NelTorrente
In this research, it concludes that while the readiness of teachers in Caloocan City to implement the MATATAG Curriculum is generally positive, targeted efforts in professional development, resource distribution, support networks, and comprehensive preparation can address the existing gaps and ensure successful curriculum implementation.
Introduction to AI for Nonprofits with Tapp NetworkTechSoup
Dive into the world of AI! Experts Jon Hill and Tareq Monaur will guide you through AI's role in enhancing nonprofit websites and basic marketing strategies, making it easy to understand and apply.
Thinking of getting a dog? Be aware that breeds like Pit Bulls, Rottweilers, and German Shepherds can be loyal and dangerous. Proper training and socialization are crucial to preventing aggressive behaviors. Ensure safety by understanding their needs and always supervising interactions. Stay safe, and enjoy your furry friends!
How to Fix the Import Error in the Odoo 17Celine George
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1. Engineering Education and Quantified Self: Utilizing a
Student-Centered Learning Analytics Tool to Improve
Student Success
Brandon Karcher, Bucknell University
Dr. Beth Holloway, Purdue University
Brittany Pierson, Purdue University
3. The DFW (D, F, or Withdrawal) rate in past semesters of
Thermodynamics I was very problematic.
2011 2012 2013
Fall
Spring
28.2% 41.9% 22.3%
32.2% 20.8% 34.2%
9. 🤷
♀️
Entries: 4.28 vs. 3.77 (p=.025)
🤷
♂️
Time: 1 hour more spent/exam
Across all participants, female students studied more
often and for longer than their male counterparts.
Time: 2 hours more spent/exam
in CHE (p=.026)
10. 🆘 Help Room = success (p=.009)
among top and middle tiers
😖 Productivity rating and time
invested do not align.
Students spend the least amount of time on things they
rate the most productive, help seeking behaviors.
11. Students struggled with positive exam mobility and
high performing students were likely to repeat.
💣 Roughly 40% of poor performing
students remained low scoring
🎉 Top performers repeated 54.3%,
60.5%, and 77.8% of the time
14. 🤷 Only half (48%) of students had
logged behaviors before
🔔 Students need reminders (63%)
👀 Peer comparison was
overwhelmingly valued (73%)
Make sure you are cautious and intentional with the
technology you use (if any at all).
15. 📜 New, unsolved problems were
heralded as the best strategy
👩
🏫
Only the Help Room was statistically
significant for performance
🤷 Common study suggestions
often lack empirical evidence
Before promoting the “most effective” study behaviors
for your exams or courses, assess them first.
16. ⏱️ Total time spent studying poorly
correlates with performance
💯 Help seeking behaviors are essential
and correlated well to performance
💤 Encourage less time on activities
that are not as productive
We have to stress that effective time is better than
more time and ensure students have help resources.
21. Course Message Board
Help Room
Office Hours
Read Book
Review Notes
Review Old Problems/Quizzes
Review Videos
Supplemental Instruction (SI)
Tutoring
Work New Problems/Quizzes
Editor's Notes
10 minute presentation, 5 minute Q&A
Across all participants, female students
studied more often (n=67, mean=4.28 entries) than their male counterparts (n=142, mean=3.77
entries) with a small effect size (U=3842, z=-2.25, p = 0.025, r=.16), but there was no
statistically significant difference (U=4075, z=-1.67, p=.095) in the amount of time spent
studying. However, female students studied about one hour more than their male counterparts.
These gender differences are magnified within the Chemical Engineering Calculations course,
where the female students (n=22) studied nearly two hours longer (U=210, z=-2.22, p=0.026,
r=.31) and more often (U=209, z=-2.26, p=0.024, r=.31) than their male counterparts (n=30),
with medium effect sizes.
A Kruskal-Wallis Test revealed the only activity that students differed significantly in
was attending the Help Room, χ2 (2, n=209) =9.52, p=0.009, with post hoc tests showing the top
(mean=.40 hrs) and middle ranks (mean=.26 hrs) spend more time in Help Rooms than the
bottom group (mean=.10 hrs) with medium (r=.26) and small (r=.23) effect sizes respectively.
In each comparison,
roughly 40% of students who scored in the bottom tier repeated that performance in the
subsequent exam. Alternatively, students who scored in the top tier were increasingly likely to
score in the top on each subsequent exam. For example, students repeated a top tier performance
54.3%, 60.5%, and 77.8% of the time respectively. Comparison of students who were able to
make the jump from bottom to top tier versus those that scored in the bottom both times revealed
no significant differences. Also, while not statistically significant, students that performed in the
top tier averaged more time spent on help seeking behaviors - office hours, Help Room,
supplemental instruction.
Only half of students had logged behaviors before (48%)
Students need reminder notifications (63%)
Students overwhelmingly value peer comparison (73%)
Only half of students had logged behaviors before (48%)
Students need reminder notifications (63%)
Students overwhelmingly value peer comparison (73%)
Only half of students had logged behaviors before (48%)
Students need reminder notifications (63%)
Students overwhelmingly value peer comparison (73%)