Tag: ed big ideas

Orton-Gillingham started over seventy years ago as an instructional approach intended for those with difficulty reading, spelling, and writing, like what children experience in dyslexia. Sometimes, teachers recognized the special needs of a reading-challenged student, but just as often, it was blamed on disinterest or lack of effort, leaving the child to conclude s/he “just wasn’t good at reading.” When those same children were taught to read using the Orton-Gillingham (O-G) approach, many felt like that child who puts glasses on for the first time and his/her entire world comes into focus.

Since then, the Orton-Gillingham Method has enabled thousands of children to access worlds opened to them by reading, something they never thought would happen. In fact, it has been so successful, O-G is being mainstreamed into the general education classroom, as a way to unlock the power of reading for more students.

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Have you ever walked into a classroom where students were engaged in serious on-topic discussion, debating ideas and challenging each other to provide evidence of their statements? And when you looked around for the teacher, s/he was calmly sitting in the back, observing, taking it all in but not participating?

Chances are, you entered a classroom using a discussion method known as Socratic Debate, aka Socratic Method, Socratic Circle, or Socratic Inquiry. Many teachers try this approach when they realize lecturing doesn’t engage students anymore. Sure, class members can memorize facts but too often the critical thinking required to analyze cause and effect — say, how a specific river encouraged ancient trade — eludes them unless the teacher spells it out, telling them the “right” answer.

In a traditional classroom, asking and answering questions is stressful to many students who are afraid their answer will be wrong. This is where the student-directed, no-right-wrong-answer Socratic Method shines.

What is it

It all started with this (supposed) quote from the iconic Greek thinker, Socrates:

“Let us examine the question together, my friend, and if you can contradict anything I say, do so and I will be persuaded.”

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In a perfect world, vocabulary is learned in context: The phrases and sentences around the unknown word define the meaning. If that isn’t sufficient, students use affixes — prefixes, suffixes, and roots — to decode meaning. But because the world isn’t always that pristine,  Dorothy Frayer and her colleagues at the University of West Virginia came up with a vocabulary teaching tool that has come to be known as “the Frayer Model”. Now used by thousands of educators, this approach to word study relies on analyzing words rather than memorizing definitions. Somewhat like Concept Circles, the Frayer Model uses a graphical organizer that asks students to describe words by much more than a memorized definition. They must:

• define the term
• describe essential characteristics
• provide examples
• provide non-examples

Because the Frayer Model digs deeply into understanding the word, it promotes critical thinking and a granular familiarity with unfamiliar vocabulary. It draws on a student’s prior knowledge to build connections among new concepts and creates a visual reference by which students learn to compare attributes and examples.

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Created by Grant Wiggins and Jay McTighe, Understanding by Design (UbD) is a lesson planning approach that visualizes the end result (what students should understand) to better select learning activities (the path that will get students there). Tens of thousands of educators use it for unit and course planning; hundreds of districts and schools use it as the basis for their curricula. Look at who has adopted UbD:

• the College Board, to guide the revision of its Advanced Placement (AP) subject matter courses and for the development of its courses AP Seminar and AP Research
• the framework for the national curriculum in the Philippines and Puerto Rico
• the state of Massachusetts, for its Race to the Top federal grant program to create more than one hundred exemplary units and associated classroom videos
• the Next Generation Arts Standards

Additionally, the two largest textbook publishers, Pearson and McGraw-Hill, use the UbD framework in many of their textbooks and programs, similar to this example from Pearson’s biology curriculum.

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Students learn best when they are relaxed, happy, and feeling loved.  It is challenging to include those characteristics in classes when you are concurrently trying to achieve school goals, comply with curriculum timelines, juggle parent concerns, and blend your lessons with those of colleagues.

This is where mindfulness becomes important. It reminds teachers that the fulcrum for learning is the student’s emotional well-being.

Let’s back up a moment: What is mindfulness? Buddha once said:

“Do not dwell in the past, do not dream of the future, concentrate the mind on the present moment.”

If that’s the plan, mindfulness is the path. It teaches students how to quiet themselves — get to a place where their mind is settled sufficiently to pay full attention to the task at hand. Experts offer many suggestions for incorporating mindfulness into your classroom experience. Consider:

• pause and take a deep breath before beginning an activity or in the middle of performing it
• reflect on an activity as a group
• reflect on the student’s own experiences and background and how that relates to the topic

Delving into these rudimentary steps isn’t the goal of this article (find more about that in Janelle Cox’s TeachHUB article). Today, I want to show you how to take the incorporation of mindfulness into your classes to the next level. Here are five ideas:

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I recently got a question from a reader asking how the lessons in my K-8 curriculum supported Dr. Norman Webb’s Depth of Knowledge philosophy — an integral concept to her school’s mission. It got me thinking about lesson plans in general — how far we’ve come from lecture-test-move on. Now, exemplary teachers focus on blending learning into the student’s life knowledge base with the goal of building happy, productive adults. There are several concepts that address this reform in teaching (such as Art Costa’s Habits of Mind, Bloom’s Taxonomy, the Hess Cognitive Rigor Matrix, or the tech-oriented SAMR Model). Depth of Knowledge (DoK) is arguably the most thorough with its four concise levels, each supported by a collection of words that contribute to delivering content at that level. Like the SAMR Model, involvement grows with each level from a basic recall of knowledge to the ability to use that information in new circumstances.

Here are general details about Webb’s DoK:

• With Webb’s DoK chart, not only can you figure out how to teach a subject more deeply and expect students to demonstrate complex understanding, but teachers can evaluate where students are in the four-step process starting at the rote application of knowledge to its synthesization from various sources that is then transferred to other uses.
• Level One: Identify details in the text, specific facts that result in a ‘right’ answer. Tasks that require Level One thinking include words like memorize, state, and recognize.
• Level Two: Show a relationship between an idea in the text and other events. ‘How’ and ‘why’ are good questions to bump an activity into Level Two. Tasks that require Level Two thinking include words like compare, infer, and interpret.
• Level Three: Analyze and draw conclusions about the text. Support conclusions with details. Use a voice that is appropriate to the purpose, task, and audience. Tasks that require Level Three thinking include words like hypothesize, differentiate, and investigate.
• Level Four: Extend conclusions and analysis (which might be the result of Level three) to new situations. Use other sources to analyze and draw conclusions. Tasks that require Level Four thinking include words like connect, analyze, and prove.
• As Dr. Karin Hess says, DoK is not about difficulty, it’s about complexity. Level  One may be difficult for some students, but it isn’t complex. They may memorize a calculus formula (which I’ll stipulate is beyond difficult), but it doesn’t represent rigorous thinking. That happens in Level Four’s application to the real world.
• For DoK’s Level One and Two, there are usually right answers. That’s not true in Levels Three and Four.There, it’s about higher-order thinking.
• DoK is not a taxonomy (like Bloom’s). Rather, it itemizes ways students interact with knowledge.
• To work at a Level Three or Four requires foundation. Show students how to accomplish Level One and Two goals first.

With that in mind, here are seven steps to transform your current lesson plan into one aligned with DoK guidelines:

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This is a question I get often from teachers: Technology is always an extra layer of work in my classroom. How can I blend it into what I already do without taking time I don’t have? When I first addressed this issue fifteen years ago, it was all about replacing traditional classroom tools with one on a computer. For example, book reports were typed on the computer instead of handwritten, or math facts were practiced with a math game instead of flash cards. But that quickly became cumbersome. Teachers didn’t know how to use the digital tools and there was never enough training to untip that balance. At the end of the day, paper-and-pencil was easier, faster, and perfectly understood. Soon, even the most stalwart tech-infused teachers discovered it was just as effective to use traditional tools and pull out the tech stuff for special occasions.

What happened? How did such a good idea go so wrong? The problem was four-fold:

• students didn’t have the technology foundation to smoothly incorporate digital tools into projects. Too often, the effort to provide evidence of learning suffered as students (and teachers) became mired in efforts to get the technology to work. Where is the tool? How do you do **? Why is the program not working?
• teachers didn’t have training in the tools. Even schools that made herculean efforts to train teachers in technology found themselves flailing. Even teachers who understood the tool would struggle with the inadequate infrastructure, the undependability of the technology itself, and the non-intuitive nature of so many of the programs they wanted to use. As a result, they used tools they understood rather than those best-suited for the project and learning.
• projects always–really, always–took longer using technology than the traditional low-tech approach.
• school infrastructure often struggled to support the exciting plans that tech-savvy teachers wanted to try. Computers froze or the network became over-burdened or the internet went down just as students required them the most. The money required to fix these problems was measured in the thousands of dollars–tens of thousands. Too many schools just didn’t have that budget.

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This is a question I get often from teachers: How do I teach my state/national/international curriculum using technology? When I first addressed this issue about fifteen years ago, there weren’t any tools to make this happen. In fact, I ended up writing my own project-based technology curriculum (now in its fifth edition). I wanted a curriculum that scaffolded learning year-to-year, blended into the school academic program, could be re-formed to apply to any academic topic, differentiated for varied student learning style, and was age-appropriate for the needs of the digital natives populating my classroom. Everything I found through traditional sources was skills-based, undifferentiated, and relied on programs that have always been around rather than the ones that incited student passion.

The most difficult part was convincing colleagues that 2nd graders couldn’t write a book report in MS Word until they understood toolbars, keyboarding basics, enough digital citizenship to research effectively online, and how to solve the never-ending-but-repetitive tech problems they surely would face during their work.

Overall, it took a year to curate teacher needs, evaluate what skills were required to accomplish them, and then blend them into a tech program that optimized learning for the particular age group.

Before I disclose my secret formula, let’s assess where you are–right now–in your technology integration efforts. Dr. Ruben Puentedura developed the popular SAMR model as a way for teachers to evaluate how they are incorporating technology into their instructional practice. Here’s how it works:

Substitution

Tech acts as a direct tool substitute with no functional change.

This is a great starting point. Look at what you’re doing in your lesson plans and consider what tech tools could replace what you currently use. For example, if you make posters to discuss great inventors, could you use an online tech tool like Glogster or Canva?

Augmentation

Tech acts as a direct tool substitute with functional improvement.

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When I was editing the 8th grade tech curriculum, I got wowed by ‘infographics’–a visual approach to communicating information. Yes, I have known for a long time about ‘infographics’, but haven’t really paused to considered their strength. This dove-tailed nicely when I started getting questions from readers like, “What is a ‘flipped classroom’?”

Here–take a look at this one from Cool Infographics (and click the link–they have some great visual stuff over there):

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