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Think-Pair-Share is a strategy designed to provide students with "food for thought" on a given topics enabling them to formulate individual ideas and share these ideas with another student. It is a learning strategy developed by Lyman and associates to encourage student classroom participation. What is Think, Pair, Share? Think-Pair-Share is a strategy designed to provide students with "food for thought" on a given topics enabling them to formulate individual ideas and share these ideas with another student. It is a learning strategy developed by Lyman and associates to encourage student classroom participation. Rather than using a basic recitation method in which a teacher poses a question and one student offers a response, Think-Pair-Share encourages a high degree of pupil response and can help keep students on task. What is its purpose? * Providing "think time" increases quality of student responses. * students become actively involved in thinking about the concepts presented in the lesson. * Research tells us that we need time to mentally "chew over" new ideas in order to store them in memory. When teachers present too much information all at once, much of that information is lost. If we give students time to "think-pair-share" throughout the lesson, more of the critical information is retained. * When students talk over new ideas, they are forced to make sense of those new ideas in terms of their prior knowledge. Their misunderstandings about the topic are often revealed (and resolved) during this discussion stage. * students are more willing to participate since they don't feel the peer pressure involved in responding in front of the whole class. * Think-Pair-Share is easy to use on the spur of the moment. * Easy to use in large classes. How can I do it? * With students seated in teams of 4, have them number them from 1 to 4. * Announce a discussion topic or problem to solve. (Example: Which room in our school is larg

Think-Pair-Square - Students share with two other Students after they have completed Think-Pair-Share (4-square). Think-Pair-Pod-Share - A "Pod" is a sharing with a small group (a table group) - prior to sharing with the whole group. Students first share with a partner. Then bring all thoughts together as a table (pod) prior to sharing out with whole group. Think-Write/Draw-Share -  Students write or draw their own ideas before they pair up to discuss them with a partner. This allows Students to more fully develop their own ideas before sharing. Think-Pair-Share (reading strategies) - During "think" part Students are asked to think in terms of summarizing, questioning, predicting, visualizing. Once Students understand all four of these areas, groups can be asked to use a variety in a single "think-pair-share". (One (or more) groups summarize, one (or more) groups visualize, etc…) Think-Pair-Share (various perspectives) - After posing a question, ask pairs to "think" in terms of a different perspective. A character in a story, a career, a historical figure. Etc…

We have an opportunity in course design, to bring all of the stake-holders to the table. Course design should not just be up to a dept. or a single teacher. Course development can be an opportunity to bring in a librarian, someone from student advising, disabled student services and programs, and developmental education. A course design process can show an instructor how to connect their classroom with other students, instructors, and experts in the field. It can be an opportunity to connect students with professional networks as well as other colleges and schools.  What I have been finding is that when you bring everyone to the table to talk about a course, you can discover many different ways to connect your course to the community than you would have ever thought of yourself.

provides a solution to a problem that a lot of teachers run into when they want their students to use a new web tool. Let's say there's a new service that I want my students to use but my students don't have email addresses that they can use to register for that service. In that case I can quickly generate Gmail addresses for my students by using the Gmail+1 hack.

10 Foundational Principles for Using and Safeguarding Students' Personal Information High-quality education data are essential for improving Students' achievement in school and preparing them for success in life. When effectively used, these data can empower educators, Students, and families with the information they need to make decisions to help all learners succeed. Everyone who uses student information has a

The Community of Scientists project seeks to pair up NH classrooms for inquiry-based science co-investigations, using technology for video and voice communication.  Teachers at Winchester School (K-8) in Winchester, NH, are working out initial technology questions by creating a Community of Scientists with Elementary Education Methods II students at Keene State College. The pilot project is to co-investigate hydroponics as a sustainable option for growing food rapidly in smaller areas. It entails setting up a simple classroom hydroponics station where students will explore how to best grow plants hydroponically.  KSC students will conduct and monitor their hydroponics experiments while students in Winchester School conduct similar experiment in their own hydroponic station in their classroom.  students will then video chat with their co-investigators and share their findings.

Thanks for diigoing this.

Multiple Submission Quirk - and Work-Around We've learned recently that there is a quirk with Crocodoc when there are multiple submissions. When a student submits more than one assignment attempt, you can choose which to grade from SpeedGrader. If you grade an earlier attempt and provide feedback via Crocodoc on the assignment, the student can only view the latest submission, thereby missing any feedback you provide. There is no way for the student to choose which assignment submission to view. As a workaround, you can annotate on Crocodoc and then download the annotated document to attach to your comment. A PDF version of the assignment file (with annotations) can be downloaded by both student and instructor.

Power to the People! Jennifer Ditkoff, Keene State College Give students the power to guide their own education. Using Wallwisher an instructor gains insight on student needs and opens up a classroom discussion. After library instruction short tutorials are posted on Voicethread. students experiment with the concepts, actively participating in assessing their own research efforts, as well as their classmates. students have control over their own learning experience and can revisit the course materials throughout the semester to add content, ask questions, and receive feedback. Diigo is used rather than a static handout. students provide links to helpful materials for their peers, highlighting the community aspect of ongoing education. Jennifer Ditkoff has worked in academic, public and medical libraries, learning every type of classification system, including the elusive Cutter system. When she is not troubleshooting electronic resources, she teaches information literacy, staffs the reference desk, and shows up early to committee meetings. She enjoys learning about new technologies.

Providing feedback for students is one of the most important (and often most difficult) part of being a teacher. Providing feedback to students in audio format has been the topic of many recent studies. In a study done by the Sloan Consortium, audio feedback was received very positively by students. 

Improved Ability to Understand Nuance: Students indicated that they were better able to understand the instructor's intent. Students also indicated that instructor encouragement and emphasis were clearer.Increased Involvement: Students felt less isolated in the online environment and were more motivated to participate when hearing their instructor's voice.Increased Content Retention: Students reported that they retained audio feedback better than text feedback. Interestingly, they also reported that they retained the course content to which the feedback was related better than with text feedback. These self-reported findings were supported by the fact that Students incorporated into their final projects three times as much audio feedback as text feedback.Increased Instructor Caring: 

They make the learning for the students (and the public) go on beyond the boundaries of the semester or the class, and they give students a commitment and an engagement to their work. And they give students real evidence that their work can really matter-that they can learn not just to think like historians (or literary critics or biologists or whatever), but to actually do what historians do.

One of the best, most concise explanations of why the antipathy to technology in education.~JB The conflict between computers and schools is really a conflict between educational paradigms. The traditional and dominant paradigm is rooted in the book and the pedagogy is one of transmission. Teachers, who have presumably read more books than their students and listened to more scholarly lectures, transmit what they've learned to their students in a similar fashion. The students who do best within this system are those who can capture the transmission - as unfiltered as possible - and mirror back to the teacher what they have delineated. Within this model, digital technology can provide improvements, but they are cosmetic. Teachers can enhance their lectures with presentation software, videos and other forms of multimedia, but the methods stay the same. For teachers who don't understand how these new tools can enhance what they are teaching, then technology can be a distraction. Within this system of learning, (Inquiry based and student centered) there is real value in having the widest range of technological tools for not only consuming information in all its multimodal forms, but for creatively demonstrating what one has learned.

He says 'effect sizes' are much the best way of answering the question 'what has the greatest influence on student learning'. An effect-size of 1.0 is typically associated with: * advancing learner's achievement by one year, or improving the rate of learning by 50%, * a correlation between some variable (e.g., amount of homework) and achievement of approximately .50. * average students receiving that treatment exceeding 84% of students not receiving that treatment. * A two grade leap in GCSE, e.g. from a C to an A grade. An effect size of 1.0 is clearly enormous! (It is defined as an increase of one standard deviation)

# Develops higher level thinking skills # Promotes student-faculty interaction and familiarity # Increases student retention # Builds self esteem in students # Enhances student satisfaction with the learning experience # Promotes a positive attitude toward the subject matter # Develops oral communication skills # Develops social interaction skills # Promotes positive race relations # Creates an environment of active, involved, exploratory learning # Uses a team approach to problem solving while maintaining individual accountability # Encourages diversity understanding

Along the way, you figure out: * What works for your particular group of students? * What time are you willing to spend monitoring and commenting your students' blogging activities? * What specific skills do you want to promote through your classroom or individual student blogs? * How will you assess students' participation and work on the blog?

dScribe, short for "digital and distributed scribes," is a participatory and collaborative model for creating open content. It brings together enrolled students, staff, faculty, and self-motivated learners to work together toward the common goal of creating content that is openly licensed and available to people throughout the world. It was first developed by students and faculty at the University of Michigan to leverage the interest and talent of students in working with faculty and staff to transform educational material into open educational resources (OER). The dScribe model encourages students, faculty, staff, and other interested individuals such as alumni and community members to get involved in not only creating open content, but also generating awareness about the benefits of creating and sharing educational content with a global learning community.

The end of the school year is quickly approaching for many of us in the teaching profession. In fact, my last day of school is 27 days from now. Like many other high school classes, my classes will soon begin reviewing for final exams. One of the review activities that I've had students do in the past is create multimedia timelines containing key events and concepts from the year. Last year my students used XTimeline to do this, but there are other good options available. Here are five ways students can create multimedia timelines.

recommendations:1. Ensure that all readings, articles, presentations and videos (all course material) are available in the course management system.2. "Create a weekly reading assessment that asks students to formulate or discuss the most important things you wanted them to get out the this week's articles."3. "Make your syllabus a living document and let students know about changes via class emails - it will put your class in the forefront of their minds."4. "Use technology to help students engage with one another - create peer review groups for papers or discussion groups online."

developed at the University of Washington, lets an instructor transmit his or her slides over a network (typically wirelessly) to every student's computer. Designed for a Tablet PC, the instructor can annotate slides, and the annotations appear on the student's screen in real time. Students can add their own notes, too. While Classroom Presenter's core functionality is useful, the real magic happens when Students are given a problem to complete on their computer and electronically submit their work to the instructor through the interactive system. The instructor can then view Students' submissions and share them with the class if desired.

Classroom Presenter is a Tablet PC-based interaction system that supports the sharing of digital ink on slides between instructors and students. When used as a presentation tool, Classroom Presenter allows the integration of digital ink and electronical slides, making it possible to combine the advantages of whiteboard style and slide based presentation.