Group items tagged

"Transdisciplinarity: literacy in and ability to understand concepts across multiple disciplines. More about transdisciplinarity. Virtual collaboration: ability to work productively, drive engagement, and demonstrate presence as a member of a virtual team. More about virtual collaboration. Sense-making: ability to determine the deeper meaning or significance of what is being expressed. More about sense-making. Social intelligence: ability to connect to others in a deep and direct way, to sense and stimulate reactions and desired interactions. More about social intelligence. Cross-cultural competency: ability to operate in different cultural settings. More about cross-cultural competency. Cognitive load management: ability to discriminate and filter information for importance, and to understand how to maximize cognitive functioning using a variety of tools and techniques. More about cognitive load management. Novel and adaptive thinking: proficiency at thinking and coming up with solutions and responses beyond that which is rote or rule-based. More about novel and adaptive thinking. Computational thinking: ability to translate vast amounts of data into abstract concepts and to understand data-based reasoning. More about computational thinking. New media literacy: ability to critically assess and develop content that uses new media forms, and to leverage these media for persuasive communication. More about new media literacy. More about new media literacy. Design mindset: ability to represent and develop tasks and work processes for desired outcomes. More about design mindset."

"AUTHOR: ISSIE LAPOWSKY. ISSIE LAPOWSKY DATE OF PUBLICATION: 05.04.15. 05.04.15 TIME OF PUBLICATION: 7:00 AM. 7:00 AM INSIDE THE SCHOOL SILICON VALLEY THINKS WILL SAVE EDUCATION Click to Open Overlay Gallery Students in the youngest class at the Fort Mason AltSchool help their teacher, Jennifer Aguilar, compile a list of what they know and what they want to know about butterflies. CHRISTIE HEMM KLOK/WIRED SO YOU'RE A parent, thinking about sending your 7-year-old to this rogue startup of a school you heard about from your friend's neighbor's sister. It's prospective parent information day, and you make the trek to San Francisco's South of Market neighborhood. You walk up to the second floor of the school, file into a glass-walled conference room overlooking a classroom, and take a seat alongside dozens of other parents who, like you, feel that public schools-with their endless bubble-filled tests, 38-kid classrooms, and antiquated approach to learning-just aren't cutting it. At the same time, you're thinking: this school is kind of weird. On one side of the glass is a cheery little scene, with two teachers leading two different middle school lessons on opposite ends of the room. But on the other side is something altogether unusual: an airy and open office with vaulted ceilings, sunlight streaming onto low-slung couches, and rows of hoodie-wearing employees typing away on their computers while munching on free snacks from the kitchen. And while you can't quite be sure, you think that might be a robot on wheels roaming about. Then there's the guy who's standing at the front of the conference room, the school's founder. Dressed in the San Francisco standard issue t-shirt and jeans, he's unlike any school administrator you've ever met. But the more he talks about how this school uses technology to enhance and individualize education, the more you start to like what he has to say. And so, if you are truly fed up with the school stat

Origami, the ancient art of paper folding, has applications in the modern-day classroom for teaching geometry, thinking skills, fractions, problem solving, and fun science.

"The Stripling Inquiry Model has six phases; however, it's not a linear process but rather a recursive one in which the learner might revisit a previous stage to ask additional questions or organize information, as the need arises. Each phase involves critical thinking skills that empower young people to learn on their own and develop the thinking skills to be independent, lifelong learners. The phases are as follows: Connect: observe, experience, connect a subject to self and previous knowledge Wonder: predict, develop questions and hypotheses Investigate: find and evaluate information to answer questions, test hypotheses Construct: draw conclusions, arrive at new understandings Express: apply understandings to a new context, share learning with others Reflect: examine one's own learning and ask new questions (Stripling 2003, 8). Technology and, in particular, Web 2.0 tools and services can be used throughout the inquiry process to support the appropriate thinking skills. The key is to focus on student learning, not the Web 2.0 technology. The focus is on the phase(s) of inquiry at which students are concentrating and deciding which technology tool can best support the thinking processes and instructional strategies of that phase of inquiry. This increases the effectiveness of both the learning experience and the use of technology. An outline of the inquiry phases aligned with Web 2.0 technology tools and instructional strategies can be seen in Figure 2."

The British government is proposing that Twitter is to be taught in primary (elementary) schools as part of a wider push to make online communication and social media a permanent part of the UK's education system. And that's not all. Kids will be taught blogging, podcasting and how to use Wikipedia alongside Maths, English and Science.

Too often, our students don't get the chance to think beyond the narrow constraints of a curriculum. The focus can be purely on developing the pupils to pass their exams, and not to creatively think how they can overcome challenges that they may soon be faced with. Teaching creative thinking is now, more than ever, crucial to prepare young people for future jobs, societal changes, and life situations which we cannot predict accurately. One thing is for sure, being able to creatively think is a life skill that will support them through the uncertain future ahead, and allowing space and time to develop this capability is essential, with schools well-placed to encourage growth.

I'm about 80% of the way through Disrupting Class by Clayton Christensen and Michael Horn. (Yeah, I know... I'm the last one to read it.) There's a lot that's very interesting about the book, and while we should critically examine the book, it is still a fascinating read. If nothing else, it is continuing to make me think about how much more could happen in our classrooms if we created more opportunities for students to learn basic skills and content outside of class, rather than inside class. I've been thinking a lot about math class. How many students would learn math more efficiently if they could watch math videos, narrated by a teacher with problems done "on the board" as they watched with multiple examples of concepts (think geometry here, as an example) that speak to different learning modalities.

"Business and the media are constantly screaming that problem solving skills and creative thinking are the keys to innovation and success (and the beat the robots trying to take your job), yet many teachers feel that the skills and opportunities to develop them are often an add-on, an after thought, or taught in isolation during special activities, like a STEM week. Even these activities have a particular expected method which the pupils must 'discover', rather than completely new and unique solutions. How can we develop the skills to help our pupils think of the unexpected?"

Bloom's taxonomy as it relates to 21st century technology skills

Bloom's Taxonomy Blooms Digitally - By Andrew Churches, April 1, 2008

critical thinking writing tools

This is a "field-book of tools and processes to help readers in all fields develop as researchers, writers, and agents of change." For more details and how to purchase: http://bit.ly/TYS2012. (Printing and distribution in Australia and Europe begins end of March.) Comments on the influence of this book's approach "I was able to get engaged in a project that I was able to actually use in work, which was extremely satisfying. The whole process encouraged me, and I felt very empowered as a change agent, which could be an exhilarating feeling." a healthcare professional and story-teller "I really had not been used to thinking about my own thinking, so learning to do that also helped me to slow down and start to look away from the career path that I had been taking for granted." a biologist-turned-web designer "I found that the experience helped me to accept feedback from other professionals. I am more comfortable with listening to why my own ideas might not work or need further evaluation. This even happens to the point where I find reasons now to seek out this kind of feedback." a teacher "I had viewed research as a process of collecting information into a sort of database and reviewing it effectively. I have now revised my notions to include a more broad understanding of interconnectedness between people and ideas. An important part of research is to keep relationships going." an adult educator "One of the most useful ideas was the use of dialogue, which helps to slow down the procedures used by the company. There's a tension between management's need to make quick decisions and desire to have real dialogue around proposed changes-changes to the internal company operational procedures as well as to evaluating the quality of what the company is doing with its publications." a teacher, currently working in publishing "I was asked to pay attention to what I actually could do instead of what I could not. This enabled me to (1) step back and let go of a huge technic

"The Committee for Economic Development, a Washington DC-based business organization, recently released a survey on "Which skills are most important on the job and which skills are in short supply?" "

An excellent article on the challenges we all face in become better at thinking critically and writing well. I have found that most students do better presenting arguments in written form when they have engaged in in-depth discussion, as then questioning and peer responses can prompt deeper thinking and make real the need to both cite and explain evidence. The Shared Inquiry method used in Great Books programs provides a focus on open, interpretive questions that require students to make an defend claims about the meaning of complex texts. The model lessons suggest a sequence of activities that supports multiple close readings, collaborative discussions, and writing throughout the process.

Valuable points about coaching - makes me want my own coach!

Computational Thinking: A mix of critical thinking skills and computer technology process skills. Lots of very useful resources for CT.

I'm starting a lunchtime knitting/crochet club for my students this year and came along this wonderful program to help with the cost. This program donates supplies for mentors who would like to start a program to teach needle arts. Here are some of the benefits from learning a needle art: For Youths: Develops focus and concentration Encourages following a process Builds self-esteem Improves math and reading skills Enhances critical thinking and problem solving Offers a vehicle for stress release and anger management Encourages creativity through portable alternative activity Provides healthy interpersonal relationships with adults Ensures tangible accomplishments with immediate results Learns a practical, useful and fun activity Enhances hand/eye coordination, small motor skills, tactile energy, communication skills, self discipline and attention to detail