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"The Sharing Cart is a block for duplicating course items into a personal library and an easy way to move those Moodle resources and activities between multiple courses on your site. With just three clicks, the Sharing Cart copies and moves a single course item from one course to another. It copies without user data--similar to the "Import" function in Course Administration. From version 2.3, user content in Forums, Wikis, Glossaries and Databases can optionally be included. In addition, items can be collected and saved on the Sharing Cart indefinitely, serving as a library of frequently used course items available for duplication. The Sharing Cart is viewable only by teachers, course creators and administrators."

"EdX is a nonprofit online initiative created by founding partners Harvard and MIT and composed of dozens of leading global institutions, the xConsortium. EdX offers interactive online courses and MOOCs from the world's best universities and institutions. Open edX is the open source platform that powers edX courses. Through our commitment to the open source vision, edX code is freely available to the community. Institutions can host their own instances of Open edX and offer their own classes. Educators can extend the platform to build learning tools that precisely meet their needs. And developers can contribute new features to the Open edX platform. Our goal is to build a thriving worldwide community of educators and technologists who share innovative solutions to benefit students everywhere. We invite you to explore Open edX and participate in our growing movement. Frequently Asked Questions What is Open edX? The Open edX platform is a free--and open source--course management system (CMS) that was originally developed by edX. The Open edX platform is used all over the world to host Massive Open Online Courses (MOOCs) as well as smaller classes and training modules."

1) the ways they currently implement Twitter in their teaching and learning, 2) ideas for future development of Twitter-based assignments and pedagogical practices, and 3) issues concerning the integration of Twitter and other digital media into both traditional and non-traditional pedagogies. Collaborators should feel free to add material to these pages, to comment on existing material, and to share links to relevant external readings and resources. It may be helpful to tag your contributions with your Twitter handle. Collaborators are asked to please respect this space as a forum for open and respectful dialogue and networking. Let's fill up the pages below with great ideas!  Share the ways you currently implement Twitter in your teaching and learning: Students in my course New Information Technologies do an "Internet Censorship" project, focused on a specific country. I ask them to follow a journalist who tweets on that country as part of their research to understand the state of Internet freedom in the country they select. -- Lora Since shortly after Twitter was launched, I've experimented with various iterations of "The Twitter Essay," an assignment that has students considering the nature of the "essay" as a medium and how they might do that work within the space of 140 characters. -- Jesse (@Jessifer) In my fully online classes, I've started using Twitter to replace the discussion forum as the central location for student interaction. -- Jesse (@Jessifer) Show Tweets that have gotten people arrested and prompt discussion on whether it is fair that anyone be arrested for any Tweet in the US, who is likely to be arrested for their Tweets, what kinds of Tweets are likely to prompt arrest, etc. Students in my First Year Seminar course "The Irish Imagination: Yeats to Bono" developed a platform for digital annotation of Irish literature. Embedded in their platform was a twitter feed of relevant individuals/groups, makin

"It seems only fitting to explore the role of questions in education by asking questions about the process of doing so. I propose that we start with the customary way of framing this topic and then proceed to questions that are deeper and potentially more subversive of traditional schooling. 1. WHICH QUESTIONS? To begin, let's consider what we might ask our students. The least interesting questions are those with straightforward factual answers. That's why a number of writers have encouraged the use of questions described variously as "true" (Wolf, 1987), "essential" (Simon, 2002), "generative" (Perkins, 1992; Perrone, 1998), "guiding" (Traver, 1998), or "fertile" (Harpaz & Lefstein, 2000). What the best of these share is that they're open-ended. Sometimes, in fact, no definitive right answer can be found at all. And even when there is one - or at least when there is reason to prefer some responses to others - the answer isn't obvious and can't be summarized in a sentence. Why is it so hard to find a cure for cancer? Do numbers ever end? Why do people lie? Why did we invade Vietnam? Grappling with meaty questions like these (which were among those generated by a class in Plainview, NY) is a real project . . . literally. A question-based approach to teaching tends to shade into learning that is problem- (Delisle, 1997) and project-based (Kilpatrick, 1918; Blumenfeld et al., 1991; Wolk, 1998). Intellectual proficiency is strengthened as students figure out how to do justice to a rich question. As they investigate and come to understand important ideas more fully, new questions arise along with better ways of asking them, and the learning spirals upwards. Guiding students through this process is not a technique that can be stapled onto our existing pedagogy, nor is it something that teachers can be trained to master during an in-service day. What's required is a continual focus on creating a classroom that is about thinking rather

"there is no live teacher engagement... Currently, just 10 percent of MOOC registrants complete their courses. Where Will MOOCs Be Just Two Years From Now? Within the next two years, MOOCs will quickly evolve from lacking teacher engagement to having a lot of teacher engagement. Right now, it's essentially a model where computers are teaching students. This model is simply not sustainable in the long run without live student-teacher engagement. Teachers are the key that unlocks learning in these courses. They help students resolve issues and problems. Will the biggest change in online education moving forward be putting live teachers at the center of the MOOC (not just on video)? We will know the answer very soon."

"Call it counterintuitive clickbait if you must, but Forbes' Pascal-Emmanuel Gobry made an intriguing argument when he granted the title of "Language of the Future" to French, of all tongues. "French isn't mostly spoken by French people and hasn't been for a long time now," he admits," but "the language is growing fast, and growing in the fastest-growing areas of the world, particularly sub-Saharan Africa. The latest projection is that French will be spoken by 750 million people by 2050. One study "even suggests that by that time, French could be the most-spoken language in the world, ahead of English and even Mandarin." I don't know about you, but I can never believe in any wave of the future without a traceable past. But the French language has one, of course, and a long and storied one at that. You see it visualized in the information graphic above (also available in suitable-for-framing prints!) created by Minna Sundberg, author of the webcomic Stand Still. Stay Silent. "When linguists talk about the historical relationship between languages, they use a tree metaphor," writes Mental Floss' Arika Okrent. "An ancient source (say, Indo-European) has various branches (e.g., Romance, Germanic), which themselves have branches (West Germanic, North Germanic), which feed into specific languages (Swedish, Danish, Norwegian)." Sundberg takes this tree metaphor to a delightfully lavish extreme, tracing, say, how Indo-European linguistic roots sprouted a variety of modern-day living languages including Hindi, Portuguese, Russian, Italian - and, of course, our Language of the Future. The size of the branches and bunches of leaves represent the number of speakers of each language at different times: the likes of English and Spanish have sprouted into mighty vegetative clusters, while others, like, Swedish, Dutch, and Punjabi, assert a more local dominance over their own, separately grown regional branches. Will French's now-modest leave

"Open with a question or two. Another favorite education writer of mine, the cognitive psychologist Daniel Willingham, argues that teachers should focus more on the use of questions. "The material I want students to learn," he writes in his book Why Don't Students Like School?, "is actually the answer to a question. On its own, the answer is almost never interesting. But if you know the question, the answer may be quite interesting." My colleague Greg Weiner, an associate professor of political science, puts those ideas into practice. At the beginning of class, he shows four or five questions on a slide for students to consider. Class then proceeds in the usual fashion. At the end, he returns to the questions so that students can both see some potential answers and understand that they have learned something that day. What did we learn last time? A favorite activity of many instructors is to spend a few minutes at the opening of class reviewing what happened in the previous session. That makes perfect sense, and is supported by the idea that we don't learn from single exposure to material - we need to return frequently to whatever we are attempting to master.But instead of offering a capsule review to students, why not ask them to offer one back to you?Reactivate what they learned in previous courses. Plenty of excellent evidence suggests that whatever knowledge students bring into a course has a major influence on what they take away from it. So a sure-fire technique to improve student learning is to begin class by revisiting, not just what they learned in the previous session, but what they already knew about the subject matter.Write it down. All three of the previous activities would benefit from having students spend a few minutes writing down their responses. That way, every student has the opportunity to answer the question, practice memory retrieval from the previous session, or surface their prior knowledge - and not just the students most likely to

"The easiest way to engage your students with videos pick a video, add your magical touch and track your students' understanding Save time Take already existing videos from Youtube, Khan Academy, Crash Course, etc. or upload your own. Engage students easily Enable self-paced learning with interactive lessons, add your voice and questions along the video. Reinforce accountability Know if your students are watching your videos, how many times and see the answers they give."

5 Tips To Integrate The Theory Of Mind, Empathy, And Mindblindness In eLearning Course Design

"A pesar de la multitud de cursos, artículos y libros sobre Aprendizaje Basado en Proyectos (ABP), muchos docentes siguen "haciendo proyectos" en lugar de "trabajar por proyectos". La diferencia es vital. Por ello, antes de lanzarse a la aventura de poner en marcha un proyecto que potencie el aprendizaje de nuestros estudiantes, quizá sea necesario releer a "los clásicos". El artículo The Main Course, Not Dessert de John Larmer y John R. Mergendoller, del Buck Institute for Education (2010), describe el proyecto en ABP como un plato principal rico en contenidos curriculares y en competencias clave para la sociedad del siglo XXI, no como un postre en el que aplicar los contenidos vistos en clases anteriores. El proyecto como plato principal del aprendizaje: Pretende enseñar contenido significativo. Los objetivos de aprendizaje planteados en un proyecto derivan de los estándares de aprendizaje y competencias clave de la materia. Requiere pensamiento crítico, resolución de problemas, colaboración y diversas formas de comunicación. Para responder la pregunta guía que lanza el proyecto y crear trabajo de calidad, los alumnos necesitan hacer mucho más que memorizar información. Necesitan utilizar capacidades intelectuales de orden superior y además aprender a trabajar en equipo. Deben escuchar a otros y también ser capaces de exponer con claridad sus ideas. Ser capaces de leer diferentes tipos de materiales y también de expresarse en diferentes formatos. Estas son las llamadas capacidades clave para el siglo XXI. La investigación es parte imprescindible del proceso de aprendizaje, así como la necesidad de crear algo nuevo. Los alumnos deben formular(se) preguntas, buscar respuestas y llegar a conclusiones que les lleven a construir algo nuevo: una idea, una interpretación o un producto. Está organizado alrededor de una pregunta guía (driving question en inglés) abierta. La pregunta guía centra el trabajo de los estudia

"This book is a collection of homework problems for use in an introductory physics course. It is a work in progress, currently complete through mechanics and electromagnetism. There is a complete set of ancillary materials, including solutions and an online answer checker. If you're an instructor, you can use these problems as a plug-in replacement for the ones in a commercial textbook, thus insulating yourself from common hassles associated with using the problems from a commercial text. For example, you can change books without having to redo all your problem sets, or you can tell your students that they can use any edition of a particular text."

"Create, share and reuse interactive HTML5 content in your browser Interactive Video, Create videos enriched with interactions Course Presentation, Create a presentation with interactive slides Branching Scenario (beta), Create dilemmas and self paced learning Y mucho más: Games Multimedia Questions Social media"

"The Minute Paper comes in many variations, but the simplest one involves wrapping up the formal class period a few minutes early and posing two questions to your students: What was the most important thing you learned today? What question still remains in your mind? Taken together, those two questions accomplish multiple objectives. The first one not only requires students to remember something from class and articulate it in their own words (more about that in a moment), but it also requires them to do some quick thinking. They have to reflect on the material and make a judgment about the main point of that day's class. The second question encourages them to probe their own minds and consider what they haven't truly understood. Most of us are infected by what learning theorists sometimes call "illusions of fluency," which means that we believe we have obtained mastery over something when we truly have not. To answer the second question, students have to decide where confusion or weaknesses remain in their own comprehension of the day's material. Closing connections. If we want students to obtain mastery and expertise in our subjects, they need to be capable of making their own connections between what they are learning and the world around them - current events, campus debates, personal experiences. The last five minutes of class represent an ideal opportunity for students to use the course material from that day and brainstorm some new connections.The metacognitive five. We have increasing evidence from the learning sciences that students engage in poor study strategies. Likewise, research shows that most people are plagued by the illusions of fluency. The solution on both fronts is better metacognition - that is, a clearer understanding of our own learning. What if all of us worked together deliberately to achieve that?Close the loop. Finally, go back to any of the strategies I introduced in my recent column on the first five minutes of clas

"Teaching climate science & action can seem daunting: for university-level lecturers, teaching to younger children can be quite intimidating. For primary-level teachers, the science and scope can seem too vast and fast changing to cover. For everyone, the content can be overwhelming. As adults, how do we present this topic to children: give them the information they need without crushing them? I decided to face the challenge, and over the course of one rather sleepless night, put together some materials for my 6 year-old son's class. This post summarizes and communicates that experience, in the hope that others can take ideas and inspiration, and will be encouraged to volunteer to teach about climate in primary schools. Teaching and engagement in schools is now part of all of our work, as researchers, academics, parents, activists, advocates, so I hope this idea spreads. The 4-part lesson plan worked quite well: the topics & materials held the children's attention, gave them varied aspects to think about and interact with, and they seemed to come away with deeper understanding. The whole thing took roughly 1 hour. This is doable!"

"In 1973, near the height of the 'population bomb' panic, a computing programme called World1 offered up some predictions for the future. It anticipated a grim picture for humanity based on current trajectories. Tracing categories such as population, pollution and natural-resource usage, World1 calculated that, by 2040, human civilisation would collapse - a century after the best year to have been alive on the planet: 1940. This film was originally broadcast by the Australian Broadcasting Corporation (ABC) News as part of a report on predictions for the coming decades made by cutting-edge computing technology and leading thinkers of the time. The second segment features interviews with members of the Club of Rome, an elite think tank composed of government officials, academics and business leaders focused on the future of humanity. Their view is a bit sunnier, anticipating a world where global governments are forced to cooperate to solve complex problems, people widen their cultural horizons and work fewer hours, and limited consumption - not wealth - becomes a mark of prestige. Viewed today, it makes for an engrossing artifact, raising far more questions than it answers about humanity's ability to effectively predict its future and correct its course."

Información sobre otro curso que también se realiza en el Intef. Parece muy interesante, a tener en cuenta para otra ocasión

sMOOC MOOC paso a paso para diseñar un mooc