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"As a learning strategy, inquiry-based learning is all about learners constructing their own understanding and knowledge through asking questions. Inquiry-based learning is essentially student-centered. It starts with posing questions and directly involves students in challenging hands-on activities that drive students to ask more questions and explore different learning paths. This post has assembled a collection of some useful web tools and apps that support the ethos of inquiry-based learning.  Using these tools will enable students to engage in a wide range of learning tasks that are all driven by a sense of inquiry and questioning."

"Being able to solve everyday complex problems through communication and cooporation with others are the skills that students need to learn and practice to prepare for the future. Communicating effectively and efficiently with diverse audiences and solving everyday problems are important in a society that is moving at a rapid pace in a Global Market. The ability to solve everyday complex problems is an important and necessary skill for students today. Problem based learning (PBL) provides a learning environment students require to resolve everyday problems while applying previous and learning new knowledge. Cooperative learning, as a part of PBL, allows students the opportunity to communicate ideas and knowledege. As a teacher it is also important to communicate effectively with students to guide the learning process as well as model how to question and reason through a problem. The web-enhanced 3 part seminar series is designed to review and apply the basics of PBL to allow you to create a PBL unit to use within your own classroom."

This is a fabulous introduction to using Diigo in schools. "Welcome to Student Learning with Diigo. This site was completed in partial fulfillment of the requirements of of ISLT 9440, Learning with the Internet, a graduate class, during the Fall 2010 from the University of Missouri. Educators, worldwide, have enjoyed the use of this social bookmarking site. Diigo is a great web-based tool for teachers to utilize, to motivate, and to engage students of all ages in the learning process. We invite you to explore the various features of Diigo. Become educated and informed on the powerful use of Diigo for student learning. Learn how this research tool can enhance classroom instruction and promote higher levels of student collaboration. As you navigate through our site you will see examples of valuable lessons and resources, all displayed for your use. Set up your account now. This research tool is every educator's dream."

"It is a common view that "if only someone could break this down and explain it clearly enough, more students would understand." Khan Academy is a great example of this approach with its clear, concise videos on science. However it is debatable whether they really work. Research has shown that these types of videos may be positively received by students. They feel like they are learning and become more confident in their answers, but tests reveal they haven't learned anything. The apparent reason for the discrepancy is misconceptions. Students have existing ideas about scientific phenomena before viewing a video. If the video presents scientific concepts in a clear, well illustrated way, students believe they are learning but they do not engage with the media on a deep enough level to realize that what was is presented differs from their prior knowledge. There is hope, however. Presenting students' common misconceptions in a video alongside the scientific concepts has been shown to increase learning by increasing the amount of mental effort students expend while watching it."

Looking at the New Directions for school leadership and the teaching profession discussion paper, the only evidence presented to support the assertion that Victoria's education outcomes are not improving is the report "Challenges in Australian Education: results from PISA 2009: the PISA 2009 assessment of students' reading, mathematical and scientific literacy" Specifically the New Directions paper focuses on reading literacy, where in 2009, 14,251 students were given a two-hour pen and paper comprehension test. To get an idea of what types of competencies the reading test is assessing we can look at the sample test , with questions range from comprehension about a letter in a newspaper, the ability to interpret a receipt, comprehension around a short story, an informational text, and interpreting a table. While it doesn't seem unreasonable to want our students to be able to accurately perform these kind of tasks, these tests are not a true or accurate representation of the skills and competencies our students need in today's technology driven world.

"September 27, 2014 Projecting your iPad on a large screen is great for demonstrations, simulations, explanations, and showing examples. There are several ways this can be done in the classroom.  VGA or HDMI Adapter Connect directly from your device to a projector's video cable. Click to find out which of the four possible adapters is the one you need. Document Camera Put your device under a camera connected to a projector. Glare may be a problem. Your audience can see your fingers.. Search Amazon for document cameras. Apple TV Connect an Apple TV to your projector and use your device's AirPlay feature to mirror the screen. Apple TV is available from Amazon.com. AirServer Install software on your projector-connected computer and use device's AirPlay feature to mirror the screen. Get AirServer at airserver.com. Annotate.net Install software on your projector-connected computer and use device's AirPlay feature to mirror the screen. Download the Annotate Mirror Client.  Mirroring360 Install software on your projector-connected computer and use device's AirPlay feature to mirror the screen. Download Mirroring360. Reflector Install software on your projector-connected computer and use device's AirPlay feature to mirror the screen. Get Reflector at reflectorapp.com. X-Mirage Install software on your projector-connected computer and use device's AirPlay feature to mirror the screen. Get X-Mirage. iTools Install software on your projector-connected computer and attach device using its USB cable and choose Live Desktop. Macs can wirelessly mirror to iTools. It's beta software with no documentation and can be buggy. English version currently not available. OS X 10.10 Yosemite Update to OS X Yosemite on your projector-connected Mac and attach device using its Lightning cable. Open QuckTime & choose iPad as the camera source.  If you don't mind keeping your iPad in one spot, then a VGA adapter (for 30-pin Dock connector or for the new Lightning

In 2012 Musgrave Hill SS is entering a new phase in learning as we begin an Apple trial to investigate the effectiveness of iPads for all students, in particular special needs students in mainstream classrooms. We have three target classrooms working with iPads 1:2 with students and two sets of six iPads available for all classes to borrow for use inteaching and learning. The classes in the 1:2 project have several special needs students and a teams of teachers and aides who will support the students, their learning and the project. We will document the iPad Project and provide data that we hope will substantiate our belief that iPads and many other digital technologies are essential to support teaching and learning at our school in the 21st Century.

"Infuse Learning is a free student response system that works with any Internet-connected device including iPads and Android tablets. Infuse Learning allows teachers to push questions, prompts, and quizzes out to students' devices in private virtual classrooms. In an Infuse Learning room a teacher can give students a wide variety of formats in which to response to a question or prompt. Students can reply to prompts and questions in standard multiple choice, true/false, and short answer formats. But Infuse Learning also offers an option for students to reply by creating drawings or diagrams on their iPads, Android tablets, or on their laptops."

Mobile learning is a relatively new phenomenon and the theoretical basis is currently under development. The paper presents a pedagogical perspective of mobile learning which highlights three central features of mobile learning: authenticity, collaboration and personalisation, embedded in the unique time-space contexts of mobile learning. A pedagogical framework was developed and tested through activities in two mobile learning projects located in teacher education communities: Mobagogy, a project in which faculty staff in an Australian university developed understanding of mobile learning; and The Bird in the Hand Project, which explored the use of smartphones by student teachers and their mentors in the United Kingdom. The framework is used to critique the pedagogy in a selection of reported mobile learning scenarios, enabling an assessment of mobile activities and pedagogical approaches, and consideration of their contributions to learning from a socio-cultural perspective.

"A Tennessee experiment found that some teachers were able to help students learn vastly more than other teachers. The effect largely disappeared by junior high, based on test scores. Yet for the the students in adulthood, it was discovered that the legacy of kindergarten had re-emerged. Students who had learned much more in kindergarten were more likely to go to college than students with otherwise similar backgrounds."

Kindergardten teachers should be proud to read this report.

StudyEgg is a new tool that can be used to augment already existing educational content on the Internet by adding new learning features. With StudyEgg teachers can create quizzes based on YouTube videos like Khan Academy or any other freely available lesson/material. GradeCam enables teachers to grade assignments instantly with any document camera or webcam, no special tools needed. The data is then displayed, showing the teacher if all students understood the concepts. Tests can be created on the go to check what students have learned instead of testing them days or weeks later. GradeCam then lets users import the data easily into the gradebook service,  Always Prepped combines different educational resources and services like Khan Academy, Edmodo or Study Island and puts all the learning related data of the students into one unified dashboard. Also able to add non-educational data such as social data to the dashboard. For example, if the teacher knows that the parents of a particular student are getting divorced or that a grandparent has died, the teacher is able to add this information to the data set and can see immediately whether the performance in class might somewhat be related to the happenings in the student's personal life.

Last month, I blogged about the choice I gave my statistics students between using Diigo and Pinterest for the social bookmarking assignments in the course. I floated two possible reasons why most of my students selected Diigo over Pinterest: Hypothesis 1: Students choosing Diigo over Pinterest selected the service that seemed more academic. Hypothesis 2: Pinterest has the reputation for being a site mainly for women. Most of my engineering students are men, so they opted for the less gendered option, Diigo. Hypotheses are all well and good, but I wanted some evidence, so I asked my students on their end-of-semester survey why they selected the platform they did. Of my 71 students, 45 responded to this question.

Student blogging is not a project, but a process. We are continuously striving to refine, improve and re-evaluate. As I am meeting with teachers individually, I can't stress enough the importance of READING other blogs (professional, student, blogs about your hobby, blogs about other interests you have etc.). I am trying to filter and funnel quality blogs in education, their grade level and  areas of interest to them as I come across them, so they can build a quality RSS Reader. BUT.. we need their help in having a basic understanding of blogs, its pedagogical uses, as a platform of a new writing genre (digital writing) and how our blogfolios fit into your curriculum and the BIG PICTURE of LEARNING. The blogfolios are not a platform to use only for a particular subject, but should give evidence of learning for each student.

"Students can experience new cultures, history, and understand the world in better ways with virtual reality, augmented reality, and wearables. Teachers are using these technologies to send learners on virtual field trips or getting students to keep track of their steps, cardio, and health with fitness bands. These technologies help engage learners by providing sensory learning and sparking curiosity and imagination. For your next classes, go beyond getting students to read and learn only from worksheets and books. Integrate virtual reality, augmented reality, or wearables to create meaningful learning experiments for students. This post has a slide presentation (free to download) followed by bookmarks filled with activities and resources."

"f the promise of mobile technology in classrooms has been to equalize opportunities for all students through access to the internet, that potential has yet to be realized. The reality is that while some teachers have found powerful ways to use mobile devices - both those owned by students and those purchased by the school - teachers at schools in very low-income areas are often battling a persistent student culture of disengagement. Many students have learning gaps that make it hard for them to stay interested in grade level materials and little desire to be in school at all. "

"Handheld computers are everywhere. From mobile phones to handheld games, it's a very familiar sight to see people of all ages gazing into screens that they can hold. Schools are discovering that handhelds like iPod touch and iPad make great learning tools. In fact, handhelds can play a big part in project based learning. Not only do projects motivate students because they use exciting handheld technology, but they also lend themselves to student voice and choice. Watch or read below to be inspired to bring project based learning into your classroom, learn strategies for creating effective driving questions, and see how an iOS handheld can play a role in the the planning, research/investigation, and presentation of projects."

"Advocates of the learning style theory argue that instructors can achieve much better results when they take their student's learning style under consideration and create a course that best fits this exact style. The adversaries of the learning style theory say that this concept is misunderstood and not scientifically proven, and they argue that learning styles do make instructors understand what motivates and cerebrally stimulates their students, but they can't guarantee a successful outcome nor predict it. So where is the truth in that and where lies the Learning Styles myth?  "

"The idea of students sitting in front of PCs learning how to use Word is as dead as the proverbial dead parrot. It is already an antiquated model of learning - like chalk or fountain pens with ink-wells; it has a whiff of the twentieth century about it, rather than preparing our students for the future. Whilst the DfE dithers about what they should do with technology (Mr Gove clearly wants to reboot the chalk and talk bygone age), schools are left with a rapidly changing world, where budgets are at a premium and ICT often stretches what budgets now allow. All the while, students are learning on their iPads, Android tablets and smart phones, writing more in texts and tweets daily than in their collective writing experience during the school week. We aren't harnessing this expertise, never mind guiding it to a place of higher learning!"

When it comes to using technology in school, the tension between what students and parents want and what schools allow is becoming more apparent - and more divisive. Students want more control over how they use technology in school, but many classrooms are still making it difficult. That's according to the most recent Speak Up 2011 report, "Mapping a Personalized Learning Journey," which reflects the views of more than 416,000 K-12 students, parents, and educators nationwide surveyed on how technology can enhance the learning environment.

Waterlife is an interactive story about the water cycle in the Great Lakes. Waterlife is a twenty part story through which students can learn about the role of water in our lives. Through the story students learn about things like fishing, pollution, invasive species, wetlands, and the politics of water conservation. When students select a part of the Waterlife story they will be able to hear narration, see visuals, and read the text of the story. Some parts of the story also contain links to external resources that student can explore.