Webinar: Metaliteracy: Engaging Students Through Assessment as Learning, primera actividad de la Segunda Jornada 4o Encuentro Nacional de Competencias de Información, actividad organizada por la Comunidad de Práctica de Competencias de Información de la Universidad de Puerto Rico
This document discusses inquiry-based learning and its benefits. It notes that inquiry-based learning encourages students to take ownership of their learning, become co-creators of knowledge, and develop important skills like critical thinking that are useful for an uncertain world. The document provides examples of student feedback that praised inquiry-based learning for allowing active engagement, facilitating learning through doing, and making the learning experience more stimulating. It also outlines the schedule and assessments for a social work course that uses inquiry-based learning.
Measuring what we value - lyons and niblock presentationJonathan Martin
1) The document discusses ways to identify and measure qualities that are valued by educators and the public in schools, and suggests new ways to report achievement of these measures.
2) It provides a quick preview of new assessment tools designed to measure 21st century skills and describes the assessment practices of schools recognized as "Schools of the Future."
3) The document discusses challenges in using standardized test data and presents alternatives like developing "replica tests" based on released test items to allow international benchmarking and comparison.
Non traditional measures in assessment 090712 (1)Jonathan Martin
The document discusses assessing student skills beyond standardized tests, including creativity, practical skills, and wisdom. It describes 5 projects that assessed these additional skills through measures like storytelling, situational judgment, and factor analysis. The results showed that while standardized tests capture some skills well, other important skills are not measured, such as creativity, practical application, and ethical decision making. Assessing a broader range of skills can provide a more comprehensive view of students' abilities.
This document discusses the potential for learning analytics to provide insights into student learning. It notes that while basic analytics on outcomes and trends are currently used, learning analytics could offer more nuanced insights at the individual student level by analyzing digital traces of their interactions. However, it cautions that analytics need to be developed with an understanding of what types of learning and learners are being cultivated. A framework is presented for assessing "learning dispositions" like curiosity, creativity and collaboration through student surveys or behavioral analytics. The document advocates for analytics that align with cultivating lifelong, self-directed learners and sees opportunities to provide rapid feedback to students, teachers and instructional designers.
Learning analytics are more than a technologyDragan Gasevic
Learning analytics aim to optimize learning through measurement, collection, analysis and reporting of student data. While interest is growing, few institutions have fully adopted analytics. Challenges include a lack of data-informed culture, focusing on solutions over research, and privacy concerns. Fully realizing analytics potential requires multidisciplinary teams, addressing complex educational systems, and developing an analytics-focused culture.
This document summarizes a JTC event from May 2013 focused on inclusive education and the role of technology. It discusses creating universally designed learning environments and flexible pathways for students through innovative uses of technology. School jurisdictions agreed to implement a research project exploring assistive technology and inclusive practices. The purpose is to better understand how to support learner participation and achievement for diverse students through technology and pedagogy. A developmental evaluation approach will be used to understand contexts and iteratively inform the initiative.
This document summarizes the research of an expert community of practice focused on using technology to support learning for young students in grades ECS to 4. It outlines the goals of cultivating and documenting engaged teaching and learning practices using technology. It discusses relevant research in areas like learning sciences, challenges for teaching, technologies role in young learners' lives, and knowledge building. The research plan involves a mixed methods case study over two years to understand how technology impacts student engagement, agency, competencies and shifts teaching practices. The purpose is to identify promising practices and innovations enabled by technology.
Learning Trajectory-Aligned Diagnostic Assessments for Early Algebra, Grades ...Basia Coulter
A learning trajectory connects what students bring to instruction, to a target concept, and delineates a set of landmarks and obstacles that students are likely to encounter as they move from naïve to sophisticated understandings.
This document discusses inquiry-based learning and its benefits. It notes that inquiry-based learning encourages students to take ownership of their learning, become co-creators of knowledge, and develop important skills like critical thinking that are useful for an uncertain world. The document provides examples of student feedback that praised inquiry-based learning for allowing active engagement, facilitating learning through doing, and making the learning experience more stimulating. It also outlines the schedule and assessments for a social work course that uses inquiry-based learning.
Measuring what we value - lyons and niblock presentationJonathan Martin
1) The document discusses ways to identify and measure qualities that are valued by educators and the public in schools, and suggests new ways to report achievement of these measures.
2) It provides a quick preview of new assessment tools designed to measure 21st century skills and describes the assessment practices of schools recognized as "Schools of the Future."
3) The document discusses challenges in using standardized test data and presents alternatives like developing "replica tests" based on released test items to allow international benchmarking and comparison.
Non traditional measures in assessment 090712 (1)Jonathan Martin
The document discusses assessing student skills beyond standardized tests, including creativity, practical skills, and wisdom. It describes 5 projects that assessed these additional skills through measures like storytelling, situational judgment, and factor analysis. The results showed that while standardized tests capture some skills well, other important skills are not measured, such as creativity, practical application, and ethical decision making. Assessing a broader range of skills can provide a more comprehensive view of students' abilities.
This document discusses the potential for learning analytics to provide insights into student learning. It notes that while basic analytics on outcomes and trends are currently used, learning analytics could offer more nuanced insights at the individual student level by analyzing digital traces of their interactions. However, it cautions that analytics need to be developed with an understanding of what types of learning and learners are being cultivated. A framework is presented for assessing "learning dispositions" like curiosity, creativity and collaboration through student surveys or behavioral analytics. The document advocates for analytics that align with cultivating lifelong, self-directed learners and sees opportunities to provide rapid feedback to students, teachers and instructional designers.
Learning analytics are more than a technologyDragan Gasevic
Learning analytics aim to optimize learning through measurement, collection, analysis and reporting of student data. While interest is growing, few institutions have fully adopted analytics. Challenges include a lack of data-informed culture, focusing on solutions over research, and privacy concerns. Fully realizing analytics potential requires multidisciplinary teams, addressing complex educational systems, and developing an analytics-focused culture.
This document summarizes a JTC event from May 2013 focused on inclusive education and the role of technology. It discusses creating universally designed learning environments and flexible pathways for students through innovative uses of technology. School jurisdictions agreed to implement a research project exploring assistive technology and inclusive practices. The purpose is to better understand how to support learner participation and achievement for diverse students through technology and pedagogy. A developmental evaluation approach will be used to understand contexts and iteratively inform the initiative.
This document summarizes the research of an expert community of practice focused on using technology to support learning for young students in grades ECS to 4. It outlines the goals of cultivating and documenting engaged teaching and learning practices using technology. It discusses relevant research in areas like learning sciences, challenges for teaching, technologies role in young learners' lives, and knowledge building. The research plan involves a mixed methods case study over two years to understand how technology impacts student engagement, agency, competencies and shifts teaching practices. The purpose is to identify promising practices and innovations enabled by technology.
Learning Trajectory-Aligned Diagnostic Assessments for Early Algebra, Grades ...Basia Coulter
A learning trajectory connects what students bring to instruction, to a target concept, and delineates a set of landmarks and obstacles that students are likely to encounter as they move from naïve to sophisticated understandings.
The document discusses the importance of instructional design principles grounded in cognitive science and learning theory. It emphasizes applying the backward design model to define learning objectives and assessments. Instructional designers can help faculty ensure substantive interactions and appropriate use of educational technologies in course design. The organizational structure housing instructional designers impacts access to resources and decision-makers.
Innovating Pedagogy 2016 Exploring new forms of teaching, learning and assessment, to guide educators and policy makers
Autores:
Mike Sharples, Roberto de Roock, Rebecca Ferguson, Mark Gaved, Christothea Herodotou, Elizabeth Koh, Agnes KukulskaHulme, Chee-Kit Looi, Patrick McAndrew, Bart Rienties, Martin Weller, Lung Hsiang Wong
Open University Innovation Report 5
Strategies for Teaching 21st Century Skills to Tomorrow's College StudentsCSULibrary
OELMA Conference 2010: Today’s first year college students arrive on campus underprepared for the academic demands that await them. Despite the dedicated efforts of high school librarians, research continues to illustrate that students lack basic information literacy skills crucial to their academic success in higher education. In this session high school and academic librarians will explore this issue with participants to identify key deficits in students’ 21st Century Skills.
The presenters will share their insights on college professors’ expectations and offer best practices for educating tomorrow’s college students. Presenters will provide ideas for lesson plans and assessment; actual college assignments will be shared.
This presentation was delivered at the Higher Education Research Group Conference which took place at Sheffield Hallam University on 22 June 2012 http://hersg.wordpress.com/
Are Great Wikis Born or Made? Are Students Just Posting in the Same Place?EdTechTeacher.org
This document summarizes research on wikis used in K-12 educational settings. It describes the research design, which involved analyzing usage data from over 179,000 public wikis on the PBworks platform. A random sample of 1,799 wikis was taken, of which 406 were identified as U.S. K-12 wikis from identifiable schools. The research measured wiki quality over time using a rubric, developed trajectories of quality, and correlated quality with school socioeconomic status. Results showed that early wiki quality predicted later quality, suggesting "Great Wikis are Born." Analysis of collaboration behaviors found little evidence of substantive collaboration between students such as co-editing, though further research is needed on how to better support online
Probabilistic Graphical Models as Predictive Feedback for StudentsMary Loftus
This document summarizes Mary Loftus' PhD research which aims to use probabilistic graphical models and machine learning to provide personalized feedback and support metacognition for students. The research goals are to empower students, increase their agency over their data, help them see new aspects of themselves and their learning, and make learning algorithms more transparent. The document discusses using Bayesian networks to model relationships between student data and performance. Initial models were built by hand and from data, and validated using various methods. The research questions focus on whether these techniques can support student metacognition and goal-setting. Potential pedagogical implications are discussed, like having students build their own models or reflecting on insights. Overall, the research aims to bring quantitative
ALA 2015 Invited Research Talk: Youth Collaborative Information Practices Dur...Rebecca Reynolds
This document summarizes a presentation given at the 2015 ALA Conference about youth collaborative practices and information use during guided discovery-based game design learning. It discusses the Globaloria program, which uses a constructionist approach to teach digital literacy, computer science, and core subjects through game design. Students develop six contemporary learning abilities like project management and information seeking. Research shows Globaloria improves test scores and engagement. The document examines debates around constructivism and cognitive load, noting Globaloria provides structure. It outlines existing findings on Globaloria's effects and mechanisms of student inquiry.
The document summarizes a workshop on writing analytics that was held at the Australian Learning Analytics Summer Institute in 2015. The workshop covered challenges in student academic writing, existing writing analytics tools, reflective writing analytics demonstrated through the AWA tool, and analytical writing analytics also demonstrated with AWA. Participants then had hands-on time with AWA and other writing analytics tools.
Learning analytics are more than measurementDragan Gasevic
Slides used for the keynote
Learning analytics are more than measurement
at
Policies for Educational Data Mining and Learning Analytics Briefing
organized by http://www.laceproject.eu/
Developing Metaliterate Citizens: Designing and Delivering Enhanced Global Le...Tom Mackey
Presented at the Conference on Learning Information Literacy across the Globe in Frankfurt am Main, Germany 10th of May 2019. Metaliteracy is examined as an empowering pedagogical framework that advances learners as informed consumers and original producers of information.
Changing Models, Changing Emphases: The Evolution of Information LiteracyTom Mackey
The document discusses the evolution of information literacy to metaliteracy. Metaliteracy promotes critical thinking, collaboration, and knowledge production in online environments. It empowers learners to continuously reflect and contribute as critical thinkers. Metaliteracy can be taught through frameworks like threshold concepts and badging systems that recognize competencies. Implementing metaliteracy may involve revising learning objectives, using threshold concepts in discipline-specific instruction, and encouraging faculty partnerships.
Crossing the Threshold: Envisioning Information Literacy through the Lens of ...Tom Mackey
Twitter is abuzz with comments about metaliteracy, threshold concepts, and frameworks. Information literacy is being reframed, reinvented, and reimagined in articles, books, conference presentations, and lively discussions in the field. What happened to the more traditional elements of information literacy and the iconic ACRL Information Literacy Competency Standards for Higher Education? Why are these alternative models appearing now, and what do they bring to the conversation? This collaborative keynote will provide an opportunity to learn more about these new models, and to reflect on how they might inform your teaching and your students’ learning. We will explore these developments by highlighting key aspects of our new book Metaliteracy: Reinventing Information Literacy to Empower Learners. Trudi Jacobson will also relate these questions to her work as Co-Chair of the ACRL Task Force that is shifting the original standards to a framework informed by a scaffolding of threshold concepts.
What's a Library to Do? Transforming the One-Shot Library Workshop for the Ne...Jerilyn Veldof
Cornell University Library invited me to do a workshop for them on <a href="http://www.tc.umn.edu/~jveldof/WorkshopDesign/">creating one-shot library workshops</a>. These are the remarks I made in another session for their Library Assembly prior to the workshop.
The document discusses learner-generated contexts, which are contexts created by learners interacting together with a common, self-defined learning goal, rather than being consumers of contexts created for them. It proposes a research agenda to develop context-based models, realign informal and formal learning, and challenge consumption and creation relationships in learning. Key questions are raised about how technology and pedagogies have changed and could further change to better support learner-generated contexts.
"If you love something, let it go": A Bold Case for Shared Responsibility for...Donna Witek
Update: VIDEO OF LIVE PRESENTATION ADDED AFTER LAST SLIDE.
Presenters: Donna Witek and Teresa Grettano
Connecticut Information Literacy Conference, June 13, 2014, Manchester, CT
Abstract: The greatest challenge for information literacy (IL) programs today is the question of how to teach and assess higher-level IL concepts, dispositions, and behaviors, within the wider context of disciplinary course content and the undergraduate educational experience. A bold solution to this problem takes the form of in-depth collaboration between IL librarians and teaching faculty, the former recognizing the latter as potential partners and co-teachers of IL. The draft Framework for Information Literacy for Higher Education emphasizes “the vital role of collaboration and its potential for increasing student understanding of the processes of knowledge creation and scholarship” (ACRL, 2014). The presenters—an IL librarian and a rhetoric & composition professor—offer as a collaborative model their own experience co-designing and co-teaching a course called Rhetoric & Social Media into which both IL and metaliteracy were explicitly integrated. Collaboration is no longer optional—it is essential to the #futureofIL.
Not Your Grandma’s Oldsmobile: Navigating the Changing World of Adult Learning
The adult learner is becoming more paradoxical. He/she is becoming more technologically dependent, yet more ubiquitous, searching for equilibrium, yet looking for applicative answers to real world questions, attending courses with the intention of learning, yet desperately in need of being inspired. The world of learning theory has been addressing these issues, but bringing it altogether is the difficult part. So how does one create a learning environment for the 21st century ubiquitous, technology savvy learner who is desperate to be inspire and inspire others? Instructional Design Scholar, author and award winning educator, T M “Tim” Stafford will help unwrap this learning “trilemma” and help create an understanding of the evolution of learning, an understanding of epistemology and how to move towards transformative practice. This fun and engaging time together will inspire you to embrace the shifts in paradigm for the new breed of learner and a new level of instructional design.
The document discusses the concept of Learner Generated Contexts (LGC), which refers to contexts created by learners interacting together with a common goal. It explores the perspectives of different stakeholders and proposes that an LGC can be characterized by learners having agency in identifying knowledge gaps and shaping their learning context through knowledge, curriculum, resources, environment and organization. The role of teachers as facilitators is also discussed. There is a call for further developing frameworks and examples to better understand the nature of LGC.
This document provides an overview of challenge-based learning (CBL). It defines CBL as a collaborative learning experience where students work with teachers to learn about real issues, propose solutions, and take action. The document discusses how CBL taps into student curiosity, focuses on authentic global challenges with local solutions, and allows students to hone 21st century skills. Examples of CBL challenges are provided, as well as guidance on implementing the CBL framework and using digital tools to support CBL in the classroom.
1. The document discusses the changing landscape of higher education and assessment as online learning opportunities become more prevalent.
2. It explores how learners are using open educational resources in both formal and informal ways, and how this may shift power dynamics between learners, communities, and institutions.
3. New approaches to assessment are needed that leverage social technologies, support self-assessment and peer feedback, and focus on developing students' skills rather than just measuring content knowledge.
Advancing Metaliteracy in a Post-Truth World through the Design of a Global M...Tom Mackey
A team of educators from Empire State College and UAlbany present on an Open EdX MOOC, Empowering Yourself in a Post-Truth World. Based on lessons learned from prior metaliteracy MOOC implementations (connectivist, Canvas and Coursera), the MOOC prepares learners to be reflective, critical consumers and active, well-informed producers and participants in today’s connected yet divisive digital information environment.
The document discusses the importance of instructional design principles grounded in cognitive science and learning theory. It emphasizes applying the backward design model to define learning objectives and assessments. Instructional designers can help faculty ensure substantive interactions and appropriate use of educational technologies in course design. The organizational structure housing instructional designers impacts access to resources and decision-makers.
Innovating Pedagogy 2016 Exploring new forms of teaching, learning and assessment, to guide educators and policy makers
Autores:
Mike Sharples, Roberto de Roock, Rebecca Ferguson, Mark Gaved, Christothea Herodotou, Elizabeth Koh, Agnes KukulskaHulme, Chee-Kit Looi, Patrick McAndrew, Bart Rienties, Martin Weller, Lung Hsiang Wong
Open University Innovation Report 5
Strategies for Teaching 21st Century Skills to Tomorrow's College StudentsCSULibrary
OELMA Conference 2010: Today’s first year college students arrive on campus underprepared for the academic demands that await them. Despite the dedicated efforts of high school librarians, research continues to illustrate that students lack basic information literacy skills crucial to their academic success in higher education. In this session high school and academic librarians will explore this issue with participants to identify key deficits in students’ 21st Century Skills.
The presenters will share their insights on college professors’ expectations and offer best practices for educating tomorrow’s college students. Presenters will provide ideas for lesson plans and assessment; actual college assignments will be shared.
This presentation was delivered at the Higher Education Research Group Conference which took place at Sheffield Hallam University on 22 June 2012 http://hersg.wordpress.com/
Are Great Wikis Born or Made? Are Students Just Posting in the Same Place?EdTechTeacher.org
This document summarizes research on wikis used in K-12 educational settings. It describes the research design, which involved analyzing usage data from over 179,000 public wikis on the PBworks platform. A random sample of 1,799 wikis was taken, of which 406 were identified as U.S. K-12 wikis from identifiable schools. The research measured wiki quality over time using a rubric, developed trajectories of quality, and correlated quality with school socioeconomic status. Results showed that early wiki quality predicted later quality, suggesting "Great Wikis are Born." Analysis of collaboration behaviors found little evidence of substantive collaboration between students such as co-editing, though further research is needed on how to better support online
Probabilistic Graphical Models as Predictive Feedback for StudentsMary Loftus
This document summarizes Mary Loftus' PhD research which aims to use probabilistic graphical models and machine learning to provide personalized feedback and support metacognition for students. The research goals are to empower students, increase their agency over their data, help them see new aspects of themselves and their learning, and make learning algorithms more transparent. The document discusses using Bayesian networks to model relationships between student data and performance. Initial models were built by hand and from data, and validated using various methods. The research questions focus on whether these techniques can support student metacognition and goal-setting. Potential pedagogical implications are discussed, like having students build their own models or reflecting on insights. Overall, the research aims to bring quantitative
ALA 2015 Invited Research Talk: Youth Collaborative Information Practices Dur...Rebecca Reynolds
This document summarizes a presentation given at the 2015 ALA Conference about youth collaborative practices and information use during guided discovery-based game design learning. It discusses the Globaloria program, which uses a constructionist approach to teach digital literacy, computer science, and core subjects through game design. Students develop six contemporary learning abilities like project management and information seeking. Research shows Globaloria improves test scores and engagement. The document examines debates around constructivism and cognitive load, noting Globaloria provides structure. It outlines existing findings on Globaloria's effects and mechanisms of student inquiry.
The document summarizes a workshop on writing analytics that was held at the Australian Learning Analytics Summer Institute in 2015. The workshop covered challenges in student academic writing, existing writing analytics tools, reflective writing analytics demonstrated through the AWA tool, and analytical writing analytics also demonstrated with AWA. Participants then had hands-on time with AWA and other writing analytics tools.
Learning analytics are more than measurementDragan Gasevic
Slides used for the keynote
Learning analytics are more than measurement
at
Policies for Educational Data Mining and Learning Analytics Briefing
organized by http://www.laceproject.eu/
Developing Metaliterate Citizens: Designing and Delivering Enhanced Global Le...Tom Mackey
Presented at the Conference on Learning Information Literacy across the Globe in Frankfurt am Main, Germany 10th of May 2019. Metaliteracy is examined as an empowering pedagogical framework that advances learners as informed consumers and original producers of information.
Changing Models, Changing Emphases: The Evolution of Information LiteracyTom Mackey
The document discusses the evolution of information literacy to metaliteracy. Metaliteracy promotes critical thinking, collaboration, and knowledge production in online environments. It empowers learners to continuously reflect and contribute as critical thinkers. Metaliteracy can be taught through frameworks like threshold concepts and badging systems that recognize competencies. Implementing metaliteracy may involve revising learning objectives, using threshold concepts in discipline-specific instruction, and encouraging faculty partnerships.
Crossing the Threshold: Envisioning Information Literacy through the Lens of ...Tom Mackey
Twitter is abuzz with comments about metaliteracy, threshold concepts, and frameworks. Information literacy is being reframed, reinvented, and reimagined in articles, books, conference presentations, and lively discussions in the field. What happened to the more traditional elements of information literacy and the iconic ACRL Information Literacy Competency Standards for Higher Education? Why are these alternative models appearing now, and what do they bring to the conversation? This collaborative keynote will provide an opportunity to learn more about these new models, and to reflect on how they might inform your teaching and your students’ learning. We will explore these developments by highlighting key aspects of our new book Metaliteracy: Reinventing Information Literacy to Empower Learners. Trudi Jacobson will also relate these questions to her work as Co-Chair of the ACRL Task Force that is shifting the original standards to a framework informed by a scaffolding of threshold concepts.
What's a Library to Do? Transforming the One-Shot Library Workshop for the Ne...Jerilyn Veldof
Cornell University Library invited me to do a workshop for them on <a href="http://www.tc.umn.edu/~jveldof/WorkshopDesign/">creating one-shot library workshops</a>. These are the remarks I made in another session for their Library Assembly prior to the workshop.
The document discusses learner-generated contexts, which are contexts created by learners interacting together with a common, self-defined learning goal, rather than being consumers of contexts created for them. It proposes a research agenda to develop context-based models, realign informal and formal learning, and challenge consumption and creation relationships in learning. Key questions are raised about how technology and pedagogies have changed and could further change to better support learner-generated contexts.
"If you love something, let it go": A Bold Case for Shared Responsibility for...Donna Witek
Update: VIDEO OF LIVE PRESENTATION ADDED AFTER LAST SLIDE.
Presenters: Donna Witek and Teresa Grettano
Connecticut Information Literacy Conference, June 13, 2014, Manchester, CT
Abstract: The greatest challenge for information literacy (IL) programs today is the question of how to teach and assess higher-level IL concepts, dispositions, and behaviors, within the wider context of disciplinary course content and the undergraduate educational experience. A bold solution to this problem takes the form of in-depth collaboration between IL librarians and teaching faculty, the former recognizing the latter as potential partners and co-teachers of IL. The draft Framework for Information Literacy for Higher Education emphasizes “the vital role of collaboration and its potential for increasing student understanding of the processes of knowledge creation and scholarship” (ACRL, 2014). The presenters—an IL librarian and a rhetoric & composition professor—offer as a collaborative model their own experience co-designing and co-teaching a course called Rhetoric & Social Media into which both IL and metaliteracy were explicitly integrated. Collaboration is no longer optional—it is essential to the #futureofIL.
Not Your Grandma’s Oldsmobile: Navigating the Changing World of Adult Learning
The adult learner is becoming more paradoxical. He/she is becoming more technologically dependent, yet more ubiquitous, searching for equilibrium, yet looking for applicative answers to real world questions, attending courses with the intention of learning, yet desperately in need of being inspired. The world of learning theory has been addressing these issues, but bringing it altogether is the difficult part. So how does one create a learning environment for the 21st century ubiquitous, technology savvy learner who is desperate to be inspire and inspire others? Instructional Design Scholar, author and award winning educator, T M “Tim” Stafford will help unwrap this learning “trilemma” and help create an understanding of the evolution of learning, an understanding of epistemology and how to move towards transformative practice. This fun and engaging time together will inspire you to embrace the shifts in paradigm for the new breed of learner and a new level of instructional design.
The document discusses the concept of Learner Generated Contexts (LGC), which refers to contexts created by learners interacting together with a common goal. It explores the perspectives of different stakeholders and proposes that an LGC can be characterized by learners having agency in identifying knowledge gaps and shaping their learning context through knowledge, curriculum, resources, environment and organization. The role of teachers as facilitators is also discussed. There is a call for further developing frameworks and examples to better understand the nature of LGC.
This document provides an overview of challenge-based learning (CBL). It defines CBL as a collaborative learning experience where students work with teachers to learn about real issues, propose solutions, and take action. The document discusses how CBL taps into student curiosity, focuses on authentic global challenges with local solutions, and allows students to hone 21st century skills. Examples of CBL challenges are provided, as well as guidance on implementing the CBL framework and using digital tools to support CBL in the classroom.
1. The document discusses the changing landscape of higher education and assessment as online learning opportunities become more prevalent.
2. It explores how learners are using open educational resources in both formal and informal ways, and how this may shift power dynamics between learners, communities, and institutions.
3. New approaches to assessment are needed that leverage social technologies, support self-assessment and peer feedback, and focus on developing students' skills rather than just measuring content knowledge.
Advancing Metaliteracy in a Post-Truth World through the Design of a Global M...Tom Mackey
A team of educators from Empire State College and UAlbany present on an Open EdX MOOC, Empowering Yourself in a Post-Truth World. Based on lessons learned from prior metaliteracy MOOC implementations (connectivist, Canvas and Coursera), the MOOC prepares learners to be reflective, critical consumers and active, well-informed producers and participants in today’s connected yet divisive digital information environment.
Metaliteracy: Reflective and Empowered Lifelong LearningTom Mackey
This keynote presentation at La Universidad de Guadalajara "Second Encounter of Reading in Higher Education: Literacy in Everyday Life" defined metaliteracy in everyday experience and in academic settings, while exploring its importance in today’s multifaceted social media spaces. Tom Mackey and Trudi Jacobson examined how metaliteracy complements the literacy of reading and writing in new media environments, and extends information literacy beyond search and retrieval, to define a metacognitive perspective that prepares individuals to continuously reflect, adapt, persist, and participate in mutable information environments. The authors demonstrated metaliteracy learning projects, including a competency based digital badging system and Massive Open Online Courses (MOOCs) that map the metaliteracy learning goals and objectives to tangible and reflective learning activities.
Teaching Metaliteracy in the Post-Truth WorldTom Mackey
This presentation introduced metaliteracy and its critical role in today’s post-truth world. Trudi Jacobson and Tom Mackey presented Ideas for incorporating discipline-based teaching of metaliteracy, from the development of metaliteracy learning outcomes to the design of collaborative teaching and learning opportunities. Participants gained insights about how to promote metaliterate learning academically and through lifelong learning.
NCompass Live - February 22, 2023
http://nlc.nebraska.gov/ncompasslive/
Special monthly episodes of NCompass Live! Join the NLC’s Technology Innovation Librarian, Amanda Sweet, as she guides us through the world of library-related 'Pretty Sweet Tech'.
Makerspaces and maker-centered instruction continue to grow in academic libraries. However, it may not always be clear how makerspaces support the missions of academic libraries, or how they further the goals of information literacy. Explore makerspaces as tools for helping students develop non-cognitive skills that are crucial to mastering the threshold concepts for information literacy. Using specific interdisciplinary classroom examples, Nagle explores how connecting maker-centered learning to the ACRL Framework centers makerspaces within the core missions of academic libraries, ensuring that makerspaces remain relevant and on the cutting edge of library trends. These learning outcomes expand partnership possibilities across campus by demonstrating the impact of maker-centered learning on student success in any discipline.
Guest Presenter: Sarah Nagle, Creation and Innovation Services Librarian, Miami University Libraries, Oxford, OH.
Expanding Metaliteracy Across the Curriculum to Advance Lifelong Civic Engage...Tom Mackey
This presentation was for 2015 Summer Workshop at Cedar Crest College and explored the following: Metaliterate learners, who apply integrated competencies related to evaluating, consuming, and producing information in participatory environments, will be better prepared for college level learning and lifelong civic engagement. This workshop defined metaliteracy, discussed the four domains of metaliteracy and related learning goals and objectives, and examined how this approach has been applied in the curricular design of several innovative projects such as competency based digital badging and three MOOCs. Participants discussed ways to envisage opportunities to enhance students’ metaliteracy abilities, and to share these ideas with other attendees.
Jacobson and Mackey: Metaliteracy Workshop ALATechSource
This 90-minute workshop discusses metaliteracy and its role in information literacy instruction. Metaliteracy expands traditional information literacy skills to include collaborative production and sharing of information. It focuses on evaluating dynamic online content, understanding privacy and ethics, and sharing information. Case studies demonstrate how metaliteracy is applied in a general education information literacy course through individual and team assignments incorporating its learning objectives. The draft ACRL framework integrates metaliteracy through its knowledge practices and dispositions.
Metaliteracy and the Participatory Role of Learners in Today’s Social Informa...Tom Mackey
This document summarizes a presentation on metaliteracy and the participatory role of learners in today's social information environment. The presentation covered key concepts of metaliteracy including its focus on learner empowerment and participation beyond just searching and retrieving information. It also discussed how metaliteracy aligns with the ACRL Framework and provided examples of metaliteracy learning projects including a digital badging system and MOOCs. The presentation concluded with a discussion of integrating metaliteracy into general education information literacy courses through curriculum design considerations and assessment approaches.
Epistemic fluency perspectives in teaching and learning practice: Learning to...Lina Markauskaite
Summary
Capacities to drive collective learning, address jointly complex practical challenges and create innovative solutions are seen essential for future graduates. How to prepare students to lead complex collaborative learning, change and innovation projects? How to assist them to develop knowledge and skills needed for resourceful teamwork with other people who have different expertises, experiences, and interests?
Systems, Change and Learning is a blended graduate course in the Maters of the Learning Sciences and Technology program that aims to develop students’ capacities to lead complex organisational learning and educational innovation projects. Rooted in systems theories, cybernetics and the learning sciences, this course: 1) introduces students to the theoretical approaches and methods for understanding complexity, facilitating individual learning and managing change, and 2) provides them with practical experiences to engage in systems inquiry and collaborative innovation design projects.
The course draws on the second-order pedagogy and grants students’ agency to design not only the innovation, but also their own learning and innovation process and environment. Students choose complex real life organisational learning or educational change challenges and, over the course of the semester, work in small innovation teams by analysing an encountered problematical situation, modelling possible scenarios and developing innovative solutions. As a result, each team creates a practical guide for Change and Innovation Managers who will be tasked with implementing the proposed innovation in an organisational setting.
The main emphasis is on fostering expansive learning and deliberative innovation culture trough cultivating systems thinking, design practice and responsive action. Through engaging in systemic inquiry, innovation design tasks and authentic teamwork, students develop a number of graduate attributes that are critical for joint learning and knowledge-informed, responsive action in modern workplaces, such as analytical and integrative thinking, effective teamwork, multidisciplinary and intercultural competencies.
Evaluations show that this course promotes deep student engagement and brings about transformative learning experiences. It is now offered as an elective in two other interdisciplinary masters programs.
Similar to Presentacion de webinar: Metaliteracy: Engaging Students Through Assessment as Learning por Jacobson & Mackey feb 11 2021 (20)
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Presentacion de webinar: Metaliteracy: Engaging Students Through Assessment as Learning por Jacobson & Mackey feb 11 2021
1. Metaliteracy: Engaging Students
Through Assessment as Learning
Trudi E. Jacobson, MLS
Distinguished Librarian
University at Albany
SUNY
Thomas P. Mackey, PhD
Professor
Empire State College
SUNY
Follow us on Metaliteracy.org
#metaliteracy
Scientific Committee of the 4th
National Meeting of
Information Competences
February 11, 2021
10:00 a.m. to 12:00 p. m
University of Puerto Rico
2. What We Will Explore This Morning:
● Engaging Students in Learning
○ Developing a Metaliterate Mindset
● Metaliteracy and Open Learning
● Metaliteracy and Assessment
● Integrating Assessment through Metaliteracy in Your Setting
3. Learners and Learning
“In times of change,
learners inherit the earth,
while the learned find
themselves beautifully
equipped to deal with a
world that no longer
exists.”
Eric Hoffer
Image by Gerd Altmann from PublicDomainPictures.net
4. Learners and Learning
“Learning is not attained
by chance, it must be
sought for with ardor and
attended to with
diligence.”
Abigail Adams
Image by ludi from Pixabay
6. While we sharing our ideas, will you please...
Think about your setting
and roles: what resonates
with you about engaging
students in learning?
Are there things you can
add from your experience?
Share them on Padlet
https://padlet.com/tjacobson/AaL
11. Developing a Metaliteracy Mindset
The Metaliteracy Framework
● Challenges traditional skills-based approaches to information literacy
● Reinforces the development of a critical thinking filter to evaluate all
forms of information
● Advances effective participation in social media, online communities,
and virtual environments
● Supports acquiring, producing, and sharing knowledge in collaborative
online communities
Thomas P. Mackey and Trudi E. Jacobson. “Reframing Information Literacy as a Metaliteracy.” College & Research
Libraries. January 2011 72:62-78. http://crl.acrl.org/content/72/1/62.full.pdf
12. Core Components of Metaliteracy
● Learning Domains
● Roles
● Characteristics
● Goals and Learning
Objectives
13. The Metaliteracy Model
Metaliterate Learner Figure (Mackey & Jacobson, Metaliteracy in a
Connected World: Developing Learners as Producers, 2021) (Figure
design by Kelsey O’Brien using Genially)
14. Metacognitive: what
learners think about their
own thinking - a reflective
understanding of how and
why they learn, what they
do and do not know, their
preconceptions, and how
to continue to learn
Cognitive: what students
should know upon
successful completion of
learning activities -
comprehension,
organization, application,
evaluation
Behavioral: what
students should be able
to do upon successful
completion of learning
activities - skills,
competencies
Affective: changes in
learners’ emotions or
attitudes through
engagement with learning
activities
Mackey and Jacobson (2014). Metaliteracy: Reinventing Information Literacy to Empower Learners.
Metaliteracy Learning Domains
15. Metaliterate Learner Roles
https://metaliteracy.org/ml-in-practice/metaliterate-learner-roles/
Producer: Do you
produce and share your
own user-generated
content such as selfies,
digital images, video, or
multimedia?
Author: Why do you
feel compelled to be an
author? Would you like
to entertain? Inform?
Convey a message?
Engage in dialogue?
Persuade?
Researcher: Do you ask
critical questions to
challenge your own
biases, those of others,
and to challenge the
biases that may be
present in the content
you discover?
Communicator: Do
you see your role as
someone who
communicates
consciously and
conscientiously in a
variety of forums?
16. Metaliterate Learner Characteristics
Mackey and Jacobson (2019). Metaliterate Learning for the Post-Truth World
Productive: Supports
being a creative and
informed producer of
information while
reflecting on the work
and one’s own
thinking during this
process.
Collaborative:
Reinforces dialogue
among participants
and the shared role of
both learner and
teacher. Learners are
co-creators of
knowledge.
Reflective: Fosters
thinking about one’s
own thinking and self-
regulating one’s own
learning. Supports the
ability to identify and
expand knowledge
areas.
Civic Minded:
Reinforces civic
responsibility and
community-based
accountability.
Connectivity is not
enough; ethical
dimension is essential.
17. How Do We Engage
Learners?
Goals and Learning Objectives
Metaliteracy’s learning objectives
provide an array of a possible
approaches to engage learners.
19. Goal 1: Actively evaluate content while also
evaluating one’s own biases
Objective example and Traducción al español:
Reflect on how you feel about information or an information
environment to consider multiple perspectives. (A, M)
Reflexionar sobre cómo te sientes en relación con la información o
con un entorno informacional para tener en cuenta múltiples
perspectivas. (A, M)
https://metaliteracy.org/learning-objectives/
Spanish translation by Dora Sales
20. Goal 2: Engage with all intellectual property
ethically and responsibly
Objective example and Traducción al español:
Differentiate between copyright, Creative Commons, and open
licenses in both the creation and licensing of original and repurposed
content. (B, C)
Diferenciar entre el derecho de autor/a (copyright), Creative
Commons y las licencias abiertas tanto en la creación como en la
licencia de contenido original y reutilizado. (K, C)
https://metaliteracy.org/learning-objectives/
21. Goal 3: Produce and share information in
collaborative and participatory environments
Objective example and Traducción al español:
See oneself as a producer as well as consumer of information. (A, M)
Considerarse a uno/a mismo/a como productor/a y consumidor/a de
información. (A, M)
https://metaliteracy.org/learning-objectives/
22. Goal 4: Develop learning strategies to meet
lifelong personal and professional goals
Objective example and Traducción al español:
Engage in informed, self-directed learning that encourages a broader
worldview through the global reach of today’s social media
environment. (B, M)
Participar en un aprendizaje informado y autodirigido que fomente
una visión del mundo más amplia a través del alcance global del
entorno de los medios sociales en la actualidad. (K, M)
https://metaliteracy.org/learning-objectives/
23. How Do We Engage
Learners?
The Roles That Inform Metaliteracy in
Practice
Providing opportunities for
learners to grow in a variety of
learner student engagement.
24. Metaliterate Learners are Producers
“...if everyone tries hard to
create and share what is
true, what is beautiful,
and what has value to
others, and if we all
avoided creating content
that harms people, the
world really would be a
better place (p. 26).”
Renee Hobbs
Create to Learn: Introduction to
Digital Literacy (2017)
25. Metaliterate Learners are Connected
“...the fact that we're all
connected, the fact that we've
got this information space --
does change the parameters.
It changes the way people
live and work. It changes
things for good and for bad.”
-Tim Berners-Lee, 2006
IBM developerWorks Interviews
26. Metacognition “could
someday be parlayed into a
method of teaching children
(and adults) to make wise
and thoughtful life decisions
as well as to comprehend
and learn better in formal
educational settings”
(Flavell, 1979, p. 910).
Metaliterate Learners are Metacognitive
Image: Tom Mackey photo at Mass MOCA (Sol Lewitt sculpture)
27. “We do critical thinking so we
can take informed actions—
actions that are grounded in
evidence, can be explained to
others, and stand a good
chance of achieving the
results we desire”
(Brookfield, 2010, p. 24).
Stephen D. Brookfield
Teaching for Critical Thinking: Tools
and Techniques to Help Students
Question Their Assumptions, 2012
Metaliterate Learners are Researchers
28. “Without dialogue there is
no communication, and
without communication
there can be no true
education.”
Paulo Freire
Pedagogy of the
Oppressed, 1971
Metaliterate Learners are Teachers
29. Coffee or stretch break
for 5 minutes!
We will stay here to answer questions before
moving to the second half of the keynote.
Image: https://commons.wikimedia.org/wiki/File:Cup-o-coffee-simple.svg
30. During the coffee break, please add to the Padlet
https://padlet.com/tjacobson/AaL
https://padlet.com/tjacobson/AaL
31. How Do We Engage
Learners?
The Importance of Assessment and Open
Learning
Assessment for learning in the
context of open learning provides
myriad opportunities to engage
learners
33. What does Assessment As Learning
mean to you?
Enter your response via this link:
https://www.menti.com/n1pa7yx6bo
or go to www.menti.com and use the
code 22 77 38
or use QR Code
Let’s check your responses!
35. Assessment As Learning
...emphasizes using
assessment as a process
of developing and
supporting metacognition
for students
L. M. Earl (2013). Assessment as learning: using
classroom assessment to maximize student learning, p. 28.
Image by Harish Sharma from Pixabay
36. Open Pedagogy
“a framework for revising the practice of teaching
to engage students in actively shaping their
learning and contributing to public knowledge”
Definition of Open Education Practices from EDUCAUSE. (2018). Open Education: Practices (7 Things You Should
Know About). https://library.educause.edu/resources/2018/7/7-things-you-should-know-about-open-education-practices
37. Open Pedagogy is not for the faint of
heart—not faint-hearted teachers or
faint-hearted students. To some
degree, it is like sewing your
parachute after you have jumped
from the plane….
Image by GuentherDillinger from Pixabay
Bonica, M. J., Judge, R., Bernard, C., & Murphy, S. (2018).
Open Pedagogy Benefits to Competency Development: From
Sage on the Stage to Guy in the Audience. The Journal of
Health Administration Education, 35(1), 9–27.
38. Open Learning/Open Pedagogy, Pt. 1
● Agency: learner agency, allowing them to operate
independently and explore freely
● Choice: learner choice of pace, direction, and connections
● Expansion: through open-ended learning networks and
expanding connections
● Creativity: stimuli for new perspectives and ideas
39. Open Learning/Open Pedagogy, Pt. 2
● Student-constructed: students develop their own learning networks and plan
for the growth of networks
● Open-ended problems: emphasis on real solutions to real problems and
process over product
● Unmeasurable outcomes: bypassing the traditional outcome measurement
that align with closed learning
● Risk and goodness: possible reward and goodness with the unknown
Reynolds, Gibbs, Zemke. (2015). Eight Qualities of Open Pedagogy. https://nextthought.com/thoughts/2015/02/ten-qualities-of-
open-pedagogy
40. Designing Open Learning with Metaliteracy
1. Determine which open metaliteracy content meets your
needs or provides inspiration
2. Adapt the metaliteracy goals and learning objectives
to align with your own
3. Encourage learners to envision themselves in the
active metaliterate learner roles
4. Encourage learners to identify strengths and areas
for continued growth
5. Develop learning activities that encourage
metacognitive reflection
41. Designing Open Learning with Metaliteracy
Determine which open metaliteracy content meets your
needs or provides inspiration
Example: Students watch the video Telling Your
Digital Story to learn about producing dynamic
content through the lens of metaliteracy.
Students learn the process of digital storytelling
while being encouraged to reflect on their own
learning, which supports self-assessment.
42. Designing Open Learning with Metaliteracy
Adapt the metaliteracy goals and learning objectives to
align with your own
Example: Students are asked to “See oneself as
a producer as well as consumer of information”
(Goal 3; Objective 1).
This objective is adaptable to assignments with
digital narratives, videos, graphic design, art,
theater, digital media, makerspaces, etc...
43. Designing Open Learning with Metaliteracy
Encourage learners to identify strengths and areas for
continued growth
Example: Students are asked to identify one role
they would like to work on, and to take
ownership of that role throughout the semester.
Periodically, the instructor asks students to
report on their progress and how it was
impacting their learning.
44. Designing Open Learning with Metaliteracy
Encourage learners to envision themselves in the active
metaliterate learner roles
Example: Students are asked to identify one role
they would like to work on, and to take
ownership of that role throughout the semester.
Periodically, the instructor asks students to
report on their progress and how it was
impacting their learning.
45. Designing Open Learning with Metaliteracy
Develop learning activities that encourage metacognitive
reflection
Example: Students review the metaliteracy
model to identify the domains and
characteristics that support a self-assessment.
This approach is adaptable to a mid-term self-
assessment, or a final assessment of learning.
Example: Students write a short essay in
conjunction with a course project in which they
assess how awareness of the metaliteracy learning
domains and learner roles affected their work on
the project.
This approach is applicable to any disciplinary
context that requires student projects.
47. Producing Non-Disposable Projects
Metaliteracy in Action in Non-Disposable Assignments: Creating a Website by First Year
Students for First Year Students - Prof. Trudi E. Jacobson (UAlbany site)
48. Producing Digital Stories
● Metaliterate learners as digital
storytellers
● Selfie videos for introductions and
final self-assessments
● Mobile digital stories
● Empowered digital stories
“You & Me” by Jason Sebastian Russo (fall 2020)
Digital Storytelling taught by Dr. Sheila Marie Aird and Dr. Tom Mackey: Global Digital Stories Blog
49. Connecting in a Virtual World
Metaliteracy and Our
Metamodern Times
-Dr. Valerie Hill
50. Reflecting in MakerSpaces
"Makerspace + Family Science & Astronomy Festival 2014" by College of San Mateo
Library is licensed under CC BY 2.0
“The maker mindset involves
critical evaluation of one’s own
beliefs and outlooks.”
Metaliteracy and Maker Literacy
- Sarah Nagle
51. Researching through Digital Badging
By reflecting on your own
perspective, you will be more
likely to sort out those of others,
and then take the initiative to
expand the range of the sources
you consult.
In connection with students
creating new metaliteracy
quests
Jacobson and Friedman. (2019/2020). Teaching Critical
Thinking and Metaliteracy Through OER. IJOER, p. 183 Image by Picserver.org
52. Teaching in Collaborative Projects
● Peer review of individual digital
stories
● Peer support in Student Cafe
and discussions
● International collaboration on
final digital storytelling project
“Pandemic Art” by William Patterson, Dariia Tereshchenko & Jason Sebastian Russo
Digital Storytelling taught by Dr. Sheila Marie Aird and Dr. Tom Mackey: Global Digital Stories Blog
53. Publishing in Wikipedia
[Contributing to
Wikipedia] gives one the
feeling of contributing to
something real and
meaningful
Alex Gugie, philosophy
major
54. How Do We Engage
Learners?
The Value of Open Metaliteracy Learning
Resources
There are many open
metaliteracy resources available
for use and for inspiration
55. Metaliteracy Module in iSucceed Online Course
● College Success for first year
students
● Metaliteracy roles, domains,
characteristics, and learning
activities
https://courses.lumenlearning.com/isucceed-wm-
collegesuccess/chapter/why-it-matters-metaliteracy/
56. Metaliteracy Module in iSucceed Online Course
Five outcomes
○ What does it mean to be a metaliterate learner?
○ Metaliterate researcher
○ Metaliterate producer and collaborator
○ Metaliterate digital citizen
○ Lifelong metaliterate learner
57. Assessment in the Metaliteracy iSucceed Module
Lumen Waymaker
● Show What You Know
(pre-assessment)
● Check-Ins
● Self-Checks (multiple
choice)
● End of Unit Quizzes (can be
taken twice}
Metaliteracy Content
● Self-reflection Exercises
● Low (no)-stakes Exercises
& Worksheets
● Activities to Create
Content
● Putting it Together,
(Reflection Questions)
58. Module 2:
Who Are the
Experts?
Module 1:
Empowering
Yourself for the
Post-Truth
World
Module 3:
Can We Build
Trust Online?
Module 5:
Raising and
Sharing Our
Voices
Module 4:
False
Representations
in Constructed
Media
Module 6:
Reinventing a
Truthful World
Coursera Massive Open Online Course (MOOC)
Empowering Yourself in a Post-Truth World
Building Connected Communities of Trust*
*Mackey, T. P. (2020). Embedding Metaliteracy in the Design of a Post-Truth MOOC: Building Communities of
Trust. Communications in Information Literacy, 14 (2), 346–361. https://doi.org/10.15760/comminfolit.2020.14.2.9
59. Confirmation Bias Curation Site Metaliteracy Infographic
Fighting Fake News Prezi
Confirmation Bias
Assessment through
Final Digital Project and
Closing Discussion
● Produce a Digital Artifact
related to MOOC themes
● Complete a Peer Review
of participant projects
● Write a self-assessment in
response to the final
discussion questions
61. Metaliteracy Self-Direction Badging Quest
Original Self-Direction
Badging Quest
Adapted to Educational Planning
Online Course
Google Sites
Moodle Course and Open Textbook
62. To meet a course’s needs (in this case, political science)
Indicates completion of 9 badge units
An idea easily adapted by other courses
Issued using Badgr
Metaliteracy Badge
63. How Might You Assess Student Learning
Using Metaliteracy-Inspired Activities?
64. Take 5 minutes, look over others’ responses and share your thoughts on the
Padlet
We’ll regroup in 5 minutes
https://padlet.com/tjacobson/AaL
https://padlet.com/tjacobson/AaL
65. Let’s see what’s on the Padlet
Add questions there or in the chat
66. New Metaliteracy book in 2021!
Trudi E. Jacobson, MLS, MA
Distinguished Librarian
University at Albany
SUNY
TJacobson@albany.edu
@PBKTrudi
Thomas P. Mackey, PhD
Professor
Empire State College
SUNY
Tom.Mackey@esc.edu
@TomMackey
Follow us on Metaliteracy.org
#metaliteracy
ALA Neal Schuman Publishing, 2021