Group items tagged

"Hypothetical situation: you're a student and your teacher has tasked you with identifying a topic that is important to you, understanding it, interpreting it, and then delivering a report to your classmates. Aside from the nerve-wracking part of talking at the front of the classroom (eep!) there are a lot of things to consider. For example, how do I find my particular topic? How do I find relevant resources, interpret what I read, and then distill it all into a presentation that shows I learned … you know … something."

Teacher Interpreters My raw notes on the BLC presentation I just attended remotely. Everything New is Old Again Living and Teaching in Accelerating Times Presenters: Darren Kuropatwa Clarence Fisher http://adifference.blogspot.com/ http://remoteaccess.typepad.com/

"Since being released in 2009, Wolfram Alpha has become very popular over the years. Based on the computational platform Mathematica, written by British scientist Stephen Wolfram in 1988, WolframAlpha is capable of interpreting and answering basic questions such as, "How old was FDR in 1942?" and "What is the distance between the north pole and the south pole?""

"Why is it that some prefer to study with classical music playing in the background while others soothing when working on difficult Math exercises ? What is it that makes the human brain feel entertained when listening to music ? Do we have special neurons that interpret musical signals and thus fires up dopamine into different areas of our brain making us feel relaxed ?"

"One thing that always interested me about History was the growing realisation that even the supposedly simplest and most straightforward facts are quite often shrouded in a mystifying narrative; a trail of sources that leaves the true story open to a range of opposing interpretations and outcomes. Whilst we may think we have answered all the questions and arrived at the correct conclusions about the sequences of events, a differing theory or discovery of a contradictory source can suddenly debunk the accepted. That is what makes learning History so fascinating; the mysteries. The definite mysteries that we may never solve or we can see evolving into an answer as decades move forward, or the certain chronicle that suddenly finds itself turning into a cryptic puzzle as later evidence emerges. Within us all is a person who wants to know the answers when challenged by the unknown, and to embrace the exhilaration of cracking a Sherlockian case. Instead of a just a 'Whodunnit?', exploring history mysteries involves a wider spectrum of narratives and therefore can offer a far more rich tapestry of skills including analysis, questioning and the evaluation of places, events and persons. Follow me down the rabbit's hole into the wonderland of history mysteries."

"Is making something that every school should be doing-and are all interpretations of "making" of equitable value? EdSurge sat down with Resnick in his office at the MIT Media Lab to learn more, and to find out how he and his team are working to bring more creativity into the learning process."

""How was skiing?" I asked my 14-year old daughter as she hauled her boot bag into the car. "Well, the ratio of snow to ground was definitely low," she replied, adding that she had tried to figure the ratio of snow-to-ground during practice but had received only mystified looks. "Stop the math!" demanded a coach. "You are confusing us!" Why do smart people enjoy saying that they are bad at math? Few people would consider proudly announcing that they are bad at writing or reading. Our country's communal math hatred may seem rather innocuous, but a more critical factor is at stake: we are passing on from generation to generation the phobia for mathematics and with that are priming our children for mathematical anxiety. As a result, too many of us have lost the ability to examine a real-world problem, translate it into numbers, solve the problem and interpret the solution."

With the interest of helping teachers improve their instructional practices and enhancing student learning, FADS (Formative Assessment Delivery System) is a computerized system that will allow classroom teachers to design, develop, and deliver formative assessments and to monitor and report student progress within an interpretive context. This online accessible system will allow teachers to accurately diagnose students' comprehension and learning needs by providing real-time assessment, logging, analysis, feedback, and reporting. The current five-year FADS project, funded by the National Science Foundation, is focused on designing activities deriving from middle school mathematics and science curricula aligned with state and national standards.

Audrey Watters has an interesting article on early results from an assessment of iPads deployed in kindergardens in Auburn, ME. It's a perfect place for me to get to one of the core purposes of this blog- to look at educational research results and critique them from the perspective of a fellow researcher. The goal is to help readers be more saavy consumers of educational research. My take is pretty different from Audrey's (who I think is a brilliant ed tech journalist). I also want to start the post by applauding the team of researchers for tackling this important study, even though I disagree with their interpretation of the data.

"Next year will be a full-out iPad year for me (as opposed to the BYOD work-around I've been employing) , so I've been thinking a lot about the reading tools I can use to help my middle school students develop fluency and critical thinking skills. I want to continue to develop their love of reading through sharing with other readers, and I want to reinforce their capacities for comprehension, inference, and interpretation. Until now, I've only had those students who can bring their own devices to school to test some of these tools for use in the classroom. Next year, I look forward to having everyone on the same digital page."

"Increasingly, educators are acknowledging and welcoming the relative advantages of social media into the teaching and learning process. From creating school Facebook pages to connecting students with experts via Twitter, social media has taken root as a legitimate classroom learning and communication tool. The highly linguistic nature of social media allows us to create and consume ideas and information unlike ever before. Much attention has been given to composing an articulate blog post and condensing our messages to 140 characters or less. However, effective use of this 21st century technology requires that we not only become proficient in textual communication, but also in our ability to express ourselves and interpret others' ideas through visual literacy. "

"Project-based learning is not 'doing projects'. PBL is student-driven and specifically open to interpretation to ensure students learn through carrying out a project and not doing a project pre-designed by the teacher. They are driven to answer a 'big' question and carry out their inquiry and design in teams. They are also under pressure to present their results to a third party of some kind. The students decide on how to achieve the goals and are not carrying out teacher-designed tasks."

"In 2006 there was a term that started to grow in the United States-- STEM education (Science, Technology, Engineering and Math). The basis of the STEM movement was the growing concern that our students were not prepared for the high-tech jobs of the future. Just a year later a well-know researcher, Georgette Yakman, announced the need to include the arts in STEM programs; thus STEM became STEAM. Georgette took the inclusion of the arts and expanded on how it relates to the other STEM subjects. Her well-know quote is "Science and technology, interpreted through engineering and the arts, all based in elements of mathematics." This is a rich beginning to our dive into the 21st century job market... but! We have lost sight of one very important aspect of our education and all jobs, be they high-tech, low-tech, or no-tech. What about the importance of reading? Without the ability to read and write, there is not a job to be found for which STEM or STEAM education is going to be enough preparation. ELA, or English Language Arts, is a critical component of the core standards. There are also standards that help reference reading and writing for science and the technical subjects. The notion seems to be that reading is still a critical element in any student's success. Why not give it its proper place... STEM to STEAM to STREAM, standing for Science, Technology, Reading, Engineering, Arts and Math. "

"Much has been said about growth mindset and grit this year and for good reason. When learners begin valuing growth and learning over grades and the production of perfect final works, great things happen. When they're able to persevere, even through moments of frustration, they typically meet with success. It makes sense that teachers are compelled by these topics, and I'm grateful to those who have brought these conversations to the forefront. Even as people debate their origins and share cautionary tales about interpretation, we're learning much that can influence practice in critical ways. For instance, I often wonder if human beings are naturally inclined toward these dispositions. I also wonder how much of what we do inside of schools inadvertently compromises their development. What would we need to do in order to help them thrive-organically?"

"Gamification is a powerful way to engage students in the science and math classroom. The Universe and More, a nonprofit company founded by a high school teacher, has released a new game called Action Graphing. This iPad app helps students understand key concepts related to graphing.  Students will learn how to analyze and interpret graphs to model the motion of real objects.  They'll see how the slope of the line represents an object's velocity and the y-intercept of the line represents the object's position."

"Making is not just about STEAM, reserved for science class, or even meant to be just an activity for after school.  Making across the curriculum can change the way students are thinking, interacting, collaborating, and engaged.  Gather some simple materials, offer students the chance to design, create, and dream up a new way to engage and connect with the world.  For example, integrating making into reflecting on a favorite book, creating to demonstrate a concept visually, investigating and interpreting the use of materials to show thinking?  It takes learning to a whole new level, allows students to drive, and best of all? It can be FUN!   It can be overwhelming to look at the products and projects floating around the internet and people often ask, "Where do I even begin?"  Here are a few simple ways to get started with making in your classroom - no matter what subject you teach!"

"Don't try to put making in a box. Don't make it a kit, standardize it, and water it down.  Don't develop a canned-for-sale-program out of it.   Don't make it a packet to sell on website. Don't reduce it to a moment in a day, a day in a week, or a kit from the shelves. Don't make it into a program that a school has to pay billions to be a part of. Don't reduce making to that "thing" that happens in a certain room or a certain space or once a month.  Please just don't reserve making for gadgety electronics or robotics.  Don't just call it STEAM. Making is connecting, interpreting, and building a relationship with the world. Let's make school more about making. The mathematics and patterns in sewing, the joy in colorful art, the visual beauty in cooking, painting, the science of mixing colors, the music of sculpture in the wind, the flow in writing from the imagination, the collaboration in developing something together, the spark in sharing cardboard creations via Skype, the motivation in sharing with the world, the engagement in raw discovery, the fun in tinkering with a pile of junk, the passion in an idea grown from a seed, and the excitement in untouched exploration."

"Disclaimer: Downloading content from YouTube can be interpreted as a violation of it's terms of service. Back in November 2009 I surveyed readers for their opinions as to whether or not teachers should download content from YouTube. The survey results indicate that most teachers would download YouTube content, but there were also some very passionate comments against that action. You can read the post and the subsequent comments here. "