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Process Oriented Guided Inquiry Learning POGIL originated in college chemistry departments in 1994; there are now well over 1,000 implementers in a wide range of disciplines in high schools and colleges around the country.POGIL uses guided inquiry - a learning cycle of exploration, concept invention and application is the basis for many of the carefully designed materials that students use to guide them to construct new knowledge. POGIL is a student-centered strategy; students work in small groups with individual roles to ensure that all students are fully engaged in the learning process.POGIL activities focus on core concepts and encourage a deep understanding of the course material while developing higher-order thinking skills. POGIL develops process skills such as critical thinking, problem solving, and communication through cooperation and reflection, helping students become lifelong learners and preparing them to be more competitive in a global market.POGIL is a classroom and laboratory technique that seeks to simultaneously teach content and key process skills such as the ability to think analytically and work effectively as part of a collaborative team. A POGIL classroom or lab consists of any number of students working in small groups on specially designed guided inquiry materials. These materials supply students with data or information followed by leading questions designed to guide them toward formulation of their own valid conclusions-essentially a recapitulation of the scientific method. The instructor serves as facilitator, observing and periodically addressing individual and classroom-wide needs.POGIL is based on research indicating that a) teaching by telling does not work for most students, b) students who are part of an interactive community are more likely to be successful, and c) knowledge is personal; students enjoy themselves more and develop greater ownership over the material when they are given an opportunity to construct their own und

"What's a FabLab@School? A FabLab is a low-cost digital workshop equipped with laser-cutters, routers, 3D scanners, 3D milling machines, and programming tools, where you can "make almost anything." There are over 50 FabLabs around the world, open to local inventors, small businesses, and garage entrepreneurs.The FabLab concept was created by Prof. Neil Gershenfeld at MIT. Despite the potential impact of FabLabs in education, they are mostly focused on adults, entrepreneurship, and product design. The FabLab@School, created by Prof. Paulo Blikstein at Stanford University is a new type of digital fabrication lab especially designed for schools and children, with several special characteristics. "

Abstract Calibrated Peer Review (CPR) is a system developed at UCLA for coordinating and evaluating peer reviews of student work. In CPR, students review one another's assignments in an anonymous system, providing feedback to other students while also learning how to recognize strengths and weaknesses of their own efforts. Peer review might hold particular promise for MOOCs and other high-enrollment courses that struggle with assessment and feedback, though the benefits of peer review can apply to any community of learners, large or small. The 7 Things You Should Know About... series from the EDUCAUSE Learning Initiative (ELI) provides concise information on emerging learning technologies. Each brief focuses on a single technology and describes what it is, where it is going, and why it matters to teaching and learning. Use these briefs for a no-jargon, quick overview of a topic and share them with time-pressed colleagues.

"They are part of Stanford Law School's new Law and Policy Lab, a growing collection of small-group practicums that match experienced faculty and student teams with actual clients-many from federal, state, or local government. The only program of its breadth and depth at a law school, the Policy Lab is tackling real-world challenges ranging from tax code reform to childhood obesity to wildlife trafficking, with students gaining valuable experience in policy analysis where lawyers often contribute but law schools offer little to no preparation. Students in Weisberg's practicum have been immersed in research during the winter and spring quarters, looking at everything from existing state and federal laws, Fourth Amendment cases, the technology itself, and more. "

"EXECUTIVE SUMMARY A new business landscape is emerging wherein a multitude of small entities will bring products and services to market using the infrastructure and platforms of large, concentrated players. The forces driving this are putting new and mounting pressures on organizations and individuals while also opening up new opportunities. But traditional postsecondary educational institutions are not supporting individuals in successfully navigating this not-too-distant future, nor are the educational institutions immune to these forces. Perhaps more than any other sector, postsecondary education is being affected by changing demand as the learning needs and preferences of the individual consumer rapidly evolve. Increasingly, individuals need both lifelong learning and accelerated, on-demand learning, largely as a response to the pressures of the broader evolving economic landscape. Rarely seen amid gross national statistics on the skills gap, employability, completion rates, and tuition hikes is a serious discussion of the unmet, and increasingly disparate, needs and expectations of individual learners. The costs to the individual are increasing, and the payoff is less certain. Students of all ages are more comfortable with technology and are less tied to traditional notions of the academy as fewer American adults between the ages of 18 and 22 achieve a four-year, full-time, campus-based degree.1 At the same time, technological advances reduce the lifespan of specific skills, and an increasingly globalized and automated workforce needs to continuously learn and retrain."

"One of Magic Leap's patents describes how such a device, dubbed a WRAP, for "waveguide reflector array projector," would operate. The display would be made up of an array of many small curved mirrors; light would be delivered to that array via optical fiber, and each of the tiny elements would reflect some of that light to create the light field for a particular point in 3-D space. The array could be semi-transparent to allow a person to see the real world at the same time."

"http://youtu.be/zTfXC4LYTlI"