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"MapMap is a free, open source software for projection mapping aimed at artists and small teams. Its intuitive interface facilitates learning and promotes artistic expression. This software is available on Windows, OSX, and Linux. MapMap gives users the ability to projection map on any surface of choice. Mapmap takes media sources and gives users the ability to manipulate the media into different positions and shapes. Media sources can come from any various accepted media formats. With an easy to understand interface, new users can get started in minutes. Projection mapping, also known as video mapping and spatial augmented reality, is a projection technology used to turn objects, often irregularly shaped, into a display surface for video projection. These objects may be complex industrial landscapes, such as buildings. By using specialized software, a two or three dimensional object is spatially mapped on the virtual program which mimics the real environment it is to be projected on. The software can interact with a projector to fit any desired image onto the surface of that object. This technique is used by artists and advertisers alike who can add extra dimensions, optical illusions, and notions of movement onto previously static objects. The video is commonly combined with, or triggered by, audio to create an audio-visual narrative."

"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

"It has me thinking about what it would mean to improve online classes. A few ideas come to mind: Use multiple platforms. I'm not against using an LMS as a central hub. However, I think it's valuable to experiment with the types of productivity tools you will actually use outside of a classroom. Use Google Docs to share ideas, create surveys, and ask questions. Use Google Hangouts to meet as a group. Go project-based. I haven't figured this out entirely with my first class but my hope is that we can go fully project-based in the same way that my face-to-face class is. In fact, the asynchronous nature of online classes actually means there is a better potential of creating a project-based culture that mirrors the way people actually work on projects. Make something together. I use a collaboration grid with co-creating and communicating on separate spectrums (x-axis) and multimedia and text on another spectrum (y-axis). This has been an effective way to think through collaborative tools that allow students to co-create. Embrace a synchronous/asynchronous blend: I love using Voxer because students can speak back and forth in the moment. However, if they miss it, they can listen to it later. The same is true of using a Google Hangouts On Air. Make it more connective. We tend to treat online instruction as if it is a linear process and we don't do enough to link things back and forth and connect ideas, resources, discussions and content creation in a seamless, back-and-forth nature. Incorporate multimedia. It's a simple idea, but I create a short video at the beginning of each week and I encourage students to create video and audio as well. This has a way of making things more concrete. There's something deeply human about hearing an actual human voice. I know, crazy, right? Go mobile. I don't simply mean use a smart phone. I mean assign some things that allow students to get out in the world and create videos, snap pictures, or simpl

"1. The teacher is choosing the technology. It's not always possible, but when you can, let the students choose, and see what happens. Not all of them will be able to. Some need help; so let other students help them. 2. The teacher is choosing the function. This doesn't mean you can't choose the function, but if you students can't control the technology the use nor its function, this can be problematic: the learning is passive from the beginning. 3. The teacher is determining the process. To an extent you have to, but don't overdo it. 4. The technology is distracting. If the technology is more magical than the project, product, collaboration, process, or content itself, try to muffle the bells and whistles. Or use them to your advantage. 5. The technology isn't necessary. You wouldn't use a ruler to teach expository writing, nor would you use a Wendell Berry essay to teach about the Water Cycle. No need for a Khan Academy account and a fully-personalized and potentially self-directed proficiency chart of mathematical concepts just to show a 3 minute video on the number line. 6. The process is too complex. Keep it simple. Fewer moving parts = greater precision. And less to go wrong. 7. Students have access to too much. What materials, models, peer groups, or related content do students actually need? See #6. 8. The teacher is the judge, jury, and executioner. Get out of the way. You're (probably) less interesting than the content, experts, and communities (if you're doing it right). 9. They artificially limiting the scale. Technology connects everything to everything. Use this to the advantage of the students! 10. They're not limiting the scale. However, giving students the keys to the universe with no framework, plan, boundaries or even vague goals is equally problematic. 11. Students access is limited to too little. The opposite of too board a scale is too little-akin to taking students to the ocean to fish but squaring of

This is the difference between 'projects' and 'project-based learning' - Daily Genius

"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

"Burden of Poverty Lacking money or time can lead one to make poorer decisions, possibly because poverty imposes a cognitive load that saps attention and reduces effort. Mani et al. (p. 976; see the Perspective by Vohs) gathered evidence from shoppers in a New Jersey mall and from farmers in Tamil Nadu, India. They found that considering a projected financial decision, such as how to pay for a car repair, affects people's performance on unrelated spatial and reasoning tasks. Lower-income individuals performed poorly if the repairs were expensive but did fine if the cost was low, whereas higher-income individuals performed well in both conditions, as if the projected financial burden imposed no cognitive pressure. Similarly, the sugarcane farmers from Tamil Nadu performed these tasks better after harvest than before. Abstract The poor often behave in less capable ways, which can further perpetuate poverty. We hypothesize that poverty directly impedes cognitive function and present two studies that test this hypothesis. First, we experimentally induced thoughts about finances and found that this reduces cognitive performance among poor but not in well-off participants. Second, we examined the cognitive function of farmers over the planting cycle. We found that the same farmer shows diminished cognitive performance before harvest, when poor, as compared with after harvest, when rich. This cannot be explained by differences in time available, nutrition, or work effort. Nor can it be explained with stress: Although farmers do show more stress before harvest, that does not account for diminished cognitive performance. Instead, it appears that poverty itself reduces cognitive capacity. We suggest that this is because poverty-related concerns consume mental resources, leaving less for other tasks. These data provide a previously unexamined perspective and help explain a spectrum of behaviors among the poor. We discuss some implications for poverty policy."

"How to make your very own Hydraulic Arm! This project focuses on the principles of hydraulic movements. To do that we made a small scale demonstration of a Robotic Hydraulic Arm. We managed to do some pretty cool tasks with our ''Arm'', do check out the video down below for a better understanding! This project is entirely made with cardboard and a couple of syringes, all the plans and blueprints are available."

"My name is Asray and I am a 15 year old who has a keen love of making projects out of cardboard. Today I will show you all how to make a 3D Labyrinth Maze made out of cardboard.This project is simple to make and super fun to play with. Traditionally, mazes are 2D and super boring to play with but I made a maze with a twist so that it is challenging and fun to play with."

The aim of the Transmedia Literacy project is to understand how the young boys and girls are learning skills outside the school. The construction of those cultural competencies and social skills will be at the centre of the research. Once the informal learning strategies and practices applied by young people outside the formal institutions are identified, the team will 'translate' them into a series of activities and proposals to be implemented inside school settings. The Transmedia Literacy Project will also produce a Teacher's Kit that will be designed to facilitate the integration of transliteracies in the classroom.

"Because the world is a sphere, it is impossible to draw it on a flat surface without distorting it in some way. These distortions are known as map projections, the mathematical rules for how to stretch each point on the Earth's surface onto a 2-dimensional plane."

"The Hot Potatoes suite includes six applications, enabling you to create interactive multiple-choice, short-answer, jumbled-sentence, crossword, matching/ordering and gap-fill exercises for the World Wide Web. Hot Potatoes is freeware, and you may use it for any purpose or project you like. It is not open-source. The Java version provides all the features found in the windows version, except: you can't upload to hotpotatoes.net and you can't export a SCORM object from Java Hot Potatoes. "

The NMC Horizon Report > 2015 Higher Education Edition is a collaborative effort between the NMC and the EDUCAUSE Learning Initiative (ELI). This 12th edition describes annual findings from the NMC Horizon Project, an ongoing research project designed to identify and describe emerging technologies likely to have an impact on learning, teaching, and creative inquiry in education.

Interesante página sobre cómo transformar proyectos de búsqueda en clase en infografías.

En un mundo fundamentalmente visual, pasemos texto a imagen para motivar a nuestro alumnado...

"By "NLRBE," I mean core resource-based economy ("RBE") concepts, as fleshed out and expanded by Peter Joseph and his organization, "The Zeitgeist Movement" ("TZM"). *Important Reminder* Please remember that, by using this site, you agree to leave no confidential information in blog post comments or elsewhere on the site, or to rely upon anything in this post, or on this site generally, without qualified, independent, confirming research (per this site's Terms of Use and Privacy Policy, which you agreed to by accessing this site). Why? Unfortunately, on this website and in my blog posts, I can and do offer nothing more than expressions of opinion and general information, which could be inadequately researched, inapplicable to your situation, out-of-date, and/or mistaken. Thus, no statement on my website or blog posts is intended to guarantee any particular outcome for you, or to constitute any kind of advice, legal or otherwise. Qualified "advice" is customized to your particular circumstances, current, accurate, and offered in direct relationship with a qualified professional. And qualified advice is critical to obtain before you take action. I do offer qualified legal advice and assurances of confidentiality, but only within the context of attorney-client relationships, which are formed exclusively via written attorney-client fee agreements, not through blog posts, blog post comments, website pages or communications, or any other means whatsoever (however, please visit my Services page to see whether or not I am currently accepting new clients). By "RBE," I mean the original economic model, as presented by Jacque Fresco and his "Venus Project" ("TVP"). My take on his RBE model is more fully explained in my last blog post, "What Do I Mean by 'Resource-Based Economy' (or 'RBE')?" Given what I heard in a recent talk by Joseph, I am now sorely tempted to begin using the term "NLRBE," rather than "RBE," to refer

"El feedback o retroalimentación es uno de los elementos más eficaces en el proceso de aprendizaje (y enseñanza). Hace unos meses publicamos un artículo basado en los datos del estudio TALIS último (2013) en el que estudiábamos el impacto de este elemento en las prácticas docentes de los profesores. Curiosamente, o no, los profesores que recibían feedback habitualmente sobre su trabajo, tendían a utilizar prácticas docentes más innovadoras, más centradas en los alumnos que los que no lo recibían. Hay muchos estudios sobre el feedback y su impacto, tanto en profesores como estudiantes, en empleados de empresas, etc. Hoy quiero ofreceros un infográfico desarrollado pensando en la conducta en las organizaciones, pero que he adaptado a la escuela. Resume 21 características que debe reunir el feedback. Tanto si eres profesor, director o responsable de una organización o parte de ella, como si eres padre te pueden servir. El feedback debe ser: 1. Específico Los comentarios tienen que ser concretos y relacionarse con un objetivo de rendimiento específico, medible. Debe incluir también expectativas claras para el empleado (léase estudiante, hijo, profesor, etc.) y su desempeño. 2. Oportuno Los destinatarios deben recibir la retroalimentación tan cerca del evento (examen, trabajo, proyecto) como sea posible. Feedback inmediato mejor que diferido. 3. Adecuado La retroalimentación debe ser presentada de una manera positiva, con tacto y no de modo amenazante. 4. Centrarse en el comportamiento, no en la personalidad Siempre se debe proporcionar información que se base en el comportamiento, no la personalidad o características de la persona, a menos que sea absolutamente necesario. 5. Proactivo No retrasar o evitar proporcionar la retroalimentación oportuna. Siempre es mejor identificar los problemas y proporcionar información antes de que se conviertan en insolubles o que tengan un gran impacto en la persona, escuela, organización, etc. 6. Dar

"1. Blogging enables reflection. This is true for both students and educators. Too often do we go through our days, class to class, with minimal opportunities for reflection on our experiences or the information that we have acquired along the way. Blogging offers the opportunity to take a step back and connect with our learning and place it in the context of the bigger picture. Make reflection an assignment or part of another assignment - it is an important component to learning. For students: This is not the easiest thing to accomplish - blogging takes time and that is a finite resource during a busy class period. There is great opportunity in academic support periods or advisory classes for students (particularly in 1:1 schools) to blog. Many advisory classes take place throughout the day, which is a great break point for students to create based on their learning from that day. For teachers: This type of reflection can and should be compiled into your lesson planning for future lessons. Take what you learned from teaching and learning that day and incorporate it into the next day's lessons. Find time to do this during a conference period during your day or right after school. Yes, it is tough to get in the habit of doing a new thing - but once you start using reflection through blogging, I think that your lesson planning will be easier and much more meaningful. 2. Develop an Authentic Audience An authentic audience is a great way to increase rigor and in all of my experiences has led to increased performance by students. Authentic audiences in blogging could mean any number of things - family members, students from other classes, students from other buildings, other teachers, individuals interested in the content from around the world, etc. A student knowing that their work may be seen by people other than what they consider their 'typical audience' (read: teacher) typically spends more time and exerts more effort to creating a quality p

"Is the form that you receive a message as significant as the message itself? Marshall McLuhan argued that throughout history what has been communicated has been less important than the particular medium through which people communicate. The technology that transfers the message changes us and changes society, the individual, the family, work, leisure and more. Narrated by Gillian Anderson. Scripted by Nigel Warburton. From the BBC Radio 4 series about life's big questions - A History of Ideas. This project is from the BBC in partnership with The Open University, the animations were created by Cognitive."

"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