Apprendre à raisonner en mathématiques à l’école et au collège Collection : ÉtudesAuteur(s) : Françoise DuquesneNombre de pages : 304Année : 2006 Cet ouvrage vise en particulier le travail avec des enfants et adolescents sourds. Mais il vise aussi plus généralement le travail avec tous les élèves présentant des difficultés à établir un lien entre les situations familières qui fondent leurs conceptions et les situations de référence culturellement identifiées qui fondent les concepts. Integrating the 16 Habits of Mind In outcomes-based learning environments, we generally see three elements in play: 1) learning objectives or targets are created from given standards; 2) instruction of some kind is given; and then 3) learning results are assessed. These assessments offer data to inform the revision of further planned instruction. Rinse and repeat. But lost in this clinical sequence are the Habits of Mind that (often predictably) lead to success or failure in the mastery of given standards. In fact, it is not in the standards or assessments, but rather these personal habits where success or failure -- in academic terms -- actually begin. Below are all 16 Habits of Mind, each with a tip, strategy or resource to understand and begin implementation in your classroom. The habits themselves aren't new at all, and significant work has already been done in the areas of these "thinking habits." And a renewed urgency for their integration. 1. 2. 3. 4. 5. Ask students to map out their own thinking process. 6. 7. 8.
Tips for Writing Instructional Objectives - Bloom's Taxonomy Job Aids I am so delighted to see this post that includes Bloom's Taxonomy Wheels by ZaidLearn. I always find that it's far easier to design materials using these wheels than it is to see the verbs/products in lists. Many instructional designers can benefit from these job aids when trying to find the right action verbs for their objectives. Here are some wheels for the cognitive domain. Source: Source: Source: Bloom’s digital taxonomy. Have fun, designers! Six Thinking Hats® Six Hats® ... A Critical and Creative Thinking Process that improves listening, speaking, reading and writing and is fun for ALL! Penn Hills PAGE Presentation " A special thank you to Franny for introducing me to the thinking hats and opening me up to becoming a better teacher by teaching my students to think about thinking." Jena Brodhead, Easton Area School District Improve academic performance in reading and writing with SIX THINKING HATS®. think using six strategies problem solve make clear decisions design quality questions self assess collaborate more effectively The Research -- "Develop Critical and Creative Thinking Skills: Put on Six Thinking Hats®," PA Educational Leadership During the workshop the teachers will collaborate to learn the Six Hats® process and apply it to their content areas and standards. Six Thinking Hats® Cards: Key Words, Applications, Standards, and Examples How to Differentiate Instruction Using Six Hats® and 6 Product Choices- PowerPoint Web Resources:
Ten Takeaway Tips for Teaching Critical Thinking Suggestions from educators at KIPP King Collegiate High School on how to help develop and assess critical-thinking skills in your students. Ideally, teaching kids how to think critically becomes an integral part of your approach, no matter what subject you teach. But if you're just getting started, here are some concrete ways you can begin leveraging your students' critical-thinking skills in the classroom and beyond. 1. Questioning is at the heart of critical thinking, so you want to create an environment where intellectual curiosity is fostered and questions are encouraged. In the beginning stages, you may be doing most of the asking to show your students the types of questions that will lead to higher-level thinking and understanding. 2. Pose a provocative question to build an argument around and help your students break it down. 3. 4. "It all comes back to modeling," says Kellan McNulty, who teaches AP world history and AP U.S. history at KIPP King Collegiate. 5. 6. 7. 8. 9. 10.
The Best Resources On Differentiating Instruction My colleague Katie Hull-Sypnieski is leading a February 1st Education Week Webinar on differentiating instruction, and I would strongly encourage people to participate. Katie’s the best teacher I’ve ever seen…. In addition, Katie and I have co-authored a piece for Education Week Teacher on the topic that will be appearing there soon (it’s appeared: The Five By Five Approach To Differentiation Success), and an upcoming post in my blog there will be talking about it, too (that two part series has also appeared). I also did a second two-part series in Ed Week on differentiation. Also, check out The Best “Fair Isn’t Equal” Visualizations. Given all that, a “The Best…” post was inevitable, and here it is. Here are my choices for The Best Resources On Differentiating Instruction: The Best Places To Get The “Same” Text Written For Different “Levels” Busting Myths about Differentiated Instruction is by Rick Wormeli. Reconcilable Differences? Deciding to Teach Them All is by Carol Ann Tomlinson.
Using Digital Tools for Differentiation Direct Address to this Page: Anyone who has worked in education for any length of time knows just how important it is for teachers to create differentiated classrooms. If schools are truly working to ensure success for every student, learning experiences need to be customized and aligned to student interests, needs, and unique learning styles. In this February 2012 Alaska Staff Development Network webinar, sixth grade classroom teacher, blogger and educational technology author Bill Ferriter will introduce participants to a range of digital tools that can be used to (1). provide structure for differentiated classrooms and (2). differentiate learning experiences by student interest. Today's Slides Today's Shared Reflection Document One of the things that we will do regularly during the course of our 90 minutes together is spend time in shared written reflection. To access our shared written reflection document, click here. Differentiating YOUR Learning She writes: #nice
Digital Differentiation Technology is a tool that can be used to help teachers facilitate learning experiences that address the diverse learning needs of all students and help them develop 21st Century Skills. At it's most basic level, digital tools can be used to help students find, understand and use information. When combined with student-driven learning experiences fueled by Essential Questions offering flexible learning paths, it can be the ticket to success. Here is a closer look at three components of effectively using technology as a tool for digital differentiation. Note: The interactive graphics you see below have been updated. The goal is to design student-driven learning experiences that are fueled by standards-based Essential Questions and facilitated by digital tools to provide students with flexible learning paths. Essential Questions: Student-driven learning experiences should be driven by standards-based Essential Questions. Teacher Facilitated Learning Experiences:
Differentiation - tools, tips and resources Differentiation is an important aspect of education. Students learn differently, have different needs, different backgrounds, different skills, different ability levels, different interests and more. As educators, we try to create engaging lesson activities that provide a variety of learning experiences and allow students to demonstrate their learning in different ways. Differentiation should occur in both how students learn and gain knowledge and skills, and in how they demonstrate and are assessed on what they have learned. “In the practice of education, differentiation is defined as working to address the abilities, interests, and needs (both perceived and real) of individuals. Here are some resources, tips, and tools on differentiation: Digital Differentiation - ideas and tools for differentiating with digital resources Tools for Differentiation - helping teachers meet the needs of all learners Differentiating with Web 2.0 Technologies
Tomlinson - Differentiation Central