Digital storytelling is a powerful way to engage students in the writing process. Whether they are telling stories from a summer vacation or writing a persuasive essay on a community issue, technology tools can help motivate reluctant writers. Students can use their writing, audio recordings, video creations, illustrations, and images to create a digital storytelling product that demonstrates their understanding of a concept.
A team of historians have been trying to solve some historical "cold cases" -- old crimes in which the guilty ones walked, and even more insidious crimes where a whole village may have been complicit. There are other mysteries too, about unusual cases from the Viking age to the Klondike Gold Rush.
In what ways might questioning techniques improve student learning? What kinds of questions enable educators to tap into different parts of the cognitive domain? How can questions engage students when their attention begins to wander? Many questions at the lower levels of Bloom’s Taxonomy – particularly knowledge and comprehension – are closed-ended questions. Higher order reasoning, such as synthesis and evaluation, is stimulated through the use of open-ended questions. Asking an open-ended question is a way to elicit discussion, brainstorm solutions to a problem, or create opportunities for thinking outside the box. The highest-order open-ended questions engage students in dynamic thinking and learning, where they must synthesize information, analyze ideas, and draw their own conclusions, preparing them for the larger community, where few issues are black-and-white. Adolescents need to become critical thinkers, find their own voice, and be recognized for having opinions that matter.
Welcome to Wonderopolis®, a place where natural curiosity and imagination lead to exploration and discovery in learners of all ages. Brought to life by the National Center for Families Learning (NCFL), our Wonders of the Day® will help you find learning moments in everyday life—ones that fit in with dinner preparations, carpool responsibilities, a stolen moment between breakfast and the bus, or within school curriculum and education programs.
Wonder is for everyone. It can happen anywhere and at anytime. Connecting the learning we do in our schools, our homes, and our communities, Wonderopolis walks the line between formal and informal education. Each day, we pose an intriguing question and explore it in a variety of ways. Our approach both informs and encourages new questions, sparking new paths of wonder and discovery in family and classroom settings.
Produce Your Questions Four essential rules for producing your own questions: • Ask as many questions as you can. • Do not stop to discuss, judge, or answer the questions. • Write down every question exactly as it is stated. • Change any statement into a question.
Improve Your Questions • Categorize the questions as closed- or open-ended. • Name the advantages and disadvantages of each type of question. • Change questions from one type to another.
Prioritize the Questions • Choose your three most important questions. • Why did you choose these three as the most important?
Next Steps • How are you going to use your questions?
Cheryl Frose's insight:
Questioning is central to engagement and deeper learning...
In traditional learning, teachers map out academic standards, and plan units and lessons based around those standards. In Genius Hour, students are in control, choosing what they study, how they study it, and what they do, produce, or create as a result. As a learning model, it promotes inquiry, research, creativity, and self-directed learning.
We first became interested in the potential of questions two decades ago, when we heard from parents in a low-income community in Massachusetts that they were not participating in their children's education because they "didn't even know what to ask." This insight—that the inability to formulate questions can be a significant obstacle to effective participation—has guided our work ever since. We have researched, developed, and tested methods for teaching the skill of question formulation in the simplest way possible to a wide range of audiences, including residents in homeless shelters, patients in community health centers, participants in adult literacy classes, and Harvard University graduate students.
These years of research and refinement led to a protocol—the Question Formulation Technique—that makes it possible for anyone, no matter their level of income or education, to learn how to produce and improve their own questions and then strategize on how to use them.
I have a confession to make. I was wrong. You see, I once thought that teaching was lecturing, and I thought that because that is how my graduate mentors taught me to teach.
But I was wrong. Studies have shown that lecturing has little to do with teaching. A University of Maryland study found that right after a physics lecture, almost none of the students could answer the question: “What was the lecture you just heard about?” Another physics professor simply asked students about the material that he had presented only 15 minutes earlier, and he found that only ten percent showed any sign of remembering it (Freedman, 2012).
Most teachers and current textbooks offer varied approaches to the material to be learned so the teaching can be brain-compatible with the varied student learning styles. It is only logical that respect for these individual learning styles be incorporated into assessment forms.
Games can be fun and addicting. Well-designed educational games can make the act of learning just as fun and addicting. Here are some teacher-tested games to engage your learners and get them craving more. Parents may like these for holiday enrichment too.
Infographics are a visual representation of data. When students create infographics, they are using information, visual, and technology literacies. This page includes links to help you develop formative or summative assessments that have students creating infographics to showcase their mastery of knowledge.
If there’s been a single educational buzzword with traction over the past few years, “student-centered learning” certainly tops the charts. From the TED stage to experimental classrooms, an increasing number of thought leaders, schools and teachers are advocating a handover of the learning experience to the students who must do the learning.
Most of the strategies described (here) have been developed and tested by teachers in Princeton, Madison and elsewhere. They are offered as practical, effective activities that help shift the focus of classrooms from teacher orchestrated mastery and memory of information to student processing of information to create understanding and improve problem-solving.
As one of the primary goals of education is to develop autonomous but interdependent thinkers, students deserve frequent opportunities to shape and direct classroom inquiry. To fuel this inquiry, it is also essential that we validate the importance of curiosity in the process of learning. While curiosity may have killed the cat, there is no reason for us to kill curiosity.
The Differentiated Instruction and Adaptive Learning Infographic provides an overview of what differentiated instruction is all about and shows ways new adaptive learning technology can help teachers differentiate their instruction.
The notion of leveling was introduced by psychologist and reading specialist Emmett Betts in 1946. In a book published that year, Betts instructed teachers to select texts that students could read with relative ease, and to avoid assigning “frustration-level texts.” His approach has proved remarkably durable, as the shelves full of leveled-reader series like Step Into Reading and DK Readers in any school library demonstrate.
But digital programs like Newsela (the name is a combination of “news” and “ELA,” or English Language Arts) are shaking up the familiar world of the leveled reader. Dan Cogan-Drew, a cofounder of Newsela and its chief product officer, explained in an interview some of the novel features his program brings to leveling.
The dominant teaching method in many Universities is still lecturing. and the ratio of lectures to all other teaching methods can be as high as 2:1 and occasionally no teaching method other than lecturing is used at all.
Is this reliance on lecturing an effective way for Universities to achieve the educational objectives they set themselves? Is this reliance on lecturing an efficient use of the lecturer's time and energy and of students' time and energy? Does it give students a rich and rewarding educational experience?
Cheryl Frose's insight:
If this position is research supported in post-secondary, can it be effective in K-12?
The human brain is a mysterious entity that scientists have been exploring for decades particulalry since the 1950s. Among the early pioneers in brain study were scientists Michael Gazzaniga and Roger Sperry whose hemispheric experiments paved the way for some amazing discoveries in cognitive science.However, now with the advance of technology it becomes way easier to study the brain than ever before , Howard Gardner and Daniel Goleman are the guys to turn to for some recent researches in this field.
I know we are teachers and not cognitive scientists but I think that a basic knowledge about our brain, how it works, and how it develops could help us understand our kids and students learning behaviours and therefore cater more effectively to their learning needs. Just very briefly,here are some very interesting brain facts I found on Jump Start, the original article has more facts but I selected just the most interesting