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Of paramount importance is ongoing checking for student understanding (minute by minute, day by day, week by week) and adjusting instruction based on assessment insights. This is especially important for project- and problem-based learning.

“To succeed, students simply need vastly more time to purposefully read, discuss, and write about worthy, substantive literature and nonfiction across the curriculum (as often as possible, in the interpretive and argumentative mode)

“this should occur in a climate that emphasizes helpfulness and growth, rather than evaluation.”

“Nobody has a growth mindset in everything all the time,” says Dweck. “Everyone is a mixture of fixed and growth mindsets.

When students fail, teachers and parents should say things like, “Okay, what is this teaching us? Where should we go next?”

With praise, focus on the process that led to success – hard work, good strategies, effective use of resources. “Be matter-of-fact,” advises Dweck, “with not too strong or too passive a reaction… Effective teachers who actually have classrooms full of children with a growth mindset are always supporting children’s learning strategies and showing how strategies created that success.”

U.S. elementary teachers spend an average of about 32 hours a week with their students, secondary teachers about 30 hours, out of a 38-hour contractual week. Daily planning time ranges from 12 to 80 minutes for elementary teachers, from 30 to 96 minutes at the secondary level. The paucity of contractual planning time in most schools pushes a lot of teachers’ work into late afternoons, evenings, and weekends; including that time, the typical teacher’s work week is about 52 hours.

Teachers need two types of planning time, Merritt believes: (a) Individual time every day to prepare materials for upcoming lessons, assess student work, and communicate with specialists and parents about their students; and (b) common planning time once or twice a week with same-grade/same-subject colleagues to plan, implement, reflect on, and modify instruction.

The 30-32 hours U.S. teachers spend with their students each week compares to about 20-21 hours in other countries.

Shorter days for students

No-student days embedded within the school year

The number of such days ranges from two to 18 per school year.

Increased staffing – Core subject teachers can be given more planning time within the school day if their students go out to additional physical education, art, music, science, environmental education, and other specialty subjects – and also by increasing supervised recess and using instructional assistants and parent volunteers.

“we should trust teachers who are asking for more time, and make planning time a high priority in budgeting decisions. Instead of implementing costly interventions that yield minimal results in schools, we should pay more attention to the repeated requests from teachers about how to support them in their daily work… They need more time to identify problems they see in their schools or classrooms and work individually and collectively on solutions.”

Using inquiry protocols, they asked each other What do we want students to get out of the curriculum? and How can we get them there? -   They collaboratively developed model curriculum units and adapted them as needed; -   They used a fishbowl approach to observe colleagues teaching new curriculum materials; -   They watched outside curriculum experts modeling appropriate classroom strategies. -   They looked together at student work as students grappled with the new expectations and thought about the implications for unit and lesson planning; -   They jointly figured out ways to support students in material that at first seemed too hard.

Meaningful data – Static assessment results from benchmark assessments are not enough. To have truly high-quality discussions about their work, teachers need (a) open-ended assessment items from their ongoing instruction to identify student strategies and uncover their mathematical reasoning; (b) feedback from classroom observations; and (c) video clips of their own instruction and that of colleagues.             • Supportive tools – These include classroom observations and videos and having a facilitator with deep pedagogical content knowledge. It’s also crucial that the PLC sinks its teeth into one or two substantive and actionable math concepts or strategies.

• Supportive colleagues – Dissonance is not enough, say the authors. To truly improve instruction, teachers also need a collegial group that will hold their hands as they deal with their students’ struggles and criticism from observers:

“It is likely,” say the authors, “that repeated video recording and written feedback motivated Ms. Walker and other teachers to try out new instructional strategies and continuously  assess and refine them so that they could demonstrate improvement in subsequent observed lessons.”

-   Within-class grouping (teachers differentiating instruction among several small groups) had moderately positive effects.

-   Cross-grade grouping (students from different grade levels brought together to learn a particular subject or unit – e.g., the Joplin Plan for reading) had small-to-moderate benefits.

-   These two forms of grouping benefited students with high, medium, and low achievement.

-   Special grouping for gifted students (pullout or honors programs) was very helpful for those students.

-   Acceleration (students skipping a grade or taking courses at a younger age than their peers) was the most beneficial of all.

Newly learned skills: Kohn argues that it is rare that all students need the same practice at the end of a lesson.  For some, additional practice may  be confusing, while for others, it may  be unnecessary. What the research says: Kohn scoured the research to find that there is no evidence that homework in elementary school leads to an increase in student achievement.

Time management and organizational skills: Kohn points out that rather than teaching time management to students, homework actually requires parents to do more to organize children’s time.

As a former teacher, I had always felt that homework was a critical part of children learning organizational skills and responsibility and a way to practice newly developed skills.  Moreover, the idea of getting rid of homework seemed a bit too unconventional. But when I finally did pick up “The Homework Myth,” I couldn’t put it down. One by one, my reasons for considering homework an essential part of the elementary school experience were dismantled.

In kindergarten, students dictate stories to their families on a regular basis, but with no official due dates.  Parents were encouraged to read to their children, but there were no set expectations for how much or how often. Starting in first grade, students were expected to read nightly and this included families reading to children. Most grade-level teams opted out of reading logs or other accountability structures, noting that these often devolved into a meaningless checklists lacking accountability altogether. Third graders were asked to write nightly. Students determine the content and form of their writing, which is not graded.  Third graders are also expected to practice their math facts based on both grade level expectations and personal levels of mastery.

Teachers give parents information about other elements also taught in class so they can be supportive of the related homework.  When a teacher asks students to read for 30 minutes, some students may read 10 pages, and others may read 30.  Parents can help children find a regular time to do that homework because the time needed is consistent. 

Our school may be giving less homework but we have more students engaged in more meaningful learning activities at home than ever before.

Public investment in the maker movement is critical. City governments help ensure that not only does this effort continue and grow, but that there is a focus on jumpstarting the local economy through increased entrepreneurialism and building local businesses. 

The maker movement cannot exist without a physical space where people can design and prototype creations. Cities can help meet this need by donating unused buildings or funding infrastructure projects that house collaborative makerspaces.

Cities play a key role in moving the maker movement forward. One of the critical outcomes of this investment and support are the numerous companies and partnerships that have been formed as a result of unleashing the creativity of makers.

Nationally, 26 percent of cities currently have makerspaces and 13 percent have hosted a Maker Faire.

This is going to be SLA’s seventh year. In those seven years I’ve had seven superintendents. [Laughter, applause.]

And what is driving all of the decisions right now in cities all over this country? It’s this question: ‘How good are your test scores?’

For example, in this state [New York], the state-wide English Language Arts Regents exam was a high-stakes test for students and for teachers. It determined students promotion. It determined whether or not teachers would keep their jobs. It determined whether or not schools would stay open. There was question about a talking pineapple. And again, Adam referenced this earlier. But again, the amazing thing was that they claimed that they took it from this children’s author. They interviewed the children’s author. He said they got it wrong!

do you know who made the test? Anybody? Pearson. Not educators. Not state officials. Not the way that it used to be, when at least these tests were designed by people who did not have a financial stake in the game. Instead, this test was designed by a company that was deeply, deeply concerned that it be financially profitable.

educators have more stuff thrown at them than they’ve ever had to think about before. I am the child of a lifelong teacher and a union lawyer, so all of these ideas are incredibly derivative and I take them from my parents

we wonder why so many teachers push back as we say, ‘Oh and by the way, you’ve got to learn Twitter and Edmodo and this and that and the other and all of these tools.

powerful question: Is school relevant? And behind that is the question that many of us as teachers are asking: Am I relevant?

t if you ask her, ‘Who are you?’ the first thing she says isn’t ‘Oh, I’m a publicist.’ But if you ask a teacher, ‘Who are you?’ they are going to say, ‘I am a teacher.’ Who we are is wrapped up deeply in what we do and what do is under attack and changing rapidly, and that uncertainty is very difficult to deal with.

Johnny Learned to Read. Johnny went to the Store. Johnny went to the Park. Johnny killed himself because learning was boring! [Laughter.]

I respect what Deven Black said about the idea of ‘get out of school before the school kills the joy of creativity and kills that joy of learning that you have’ I also believe that school can be amazing places of learning. Schools can teach us how to learn, more than any fact or figure that we can get in a classroom. What schools should teach us is how learn, that metacognitive practice of figuring out, ‘How do I learn best? How do I make sense of our world?’ And when I do that, schools can help us learn to live.

Spanish 4 class at Science Leadership Academy. Now, what the kids had to do was to write an essay about hwo they were. Identity is a frequent theme at SLA. The essay was of two parts: One, what was visible about them and, two, what was invisible about them.

Schools can help us learn to live.

The incredibly reflective moment they were going through was, ‘How could we have prevented this as teachers? What are we doing wrong, that these are the students we are creating? These are the citizens we are creating?’

I think that when you are told the whole purpose you are learning this stuff is so you can work for somebody someday and that you can be part of the global economy. I think that’s an isolating feeling. I don’t think that builds community or gets us where we need to go.

we need to start talking about ‘the global citizen.’ We need to start talking about community

We would instead make sure that every child had a deep and powerful understanding of statistics before they left formal education

We’re creating a profoundly innumerate society and solving problems that we face today are going to need people who understand numbers.

but school belongs to our best, most powerful democratic instincts as a society. And what we are seeing right now, is a lot of people saying that schools need to be just like business.

If not that corporate model, then what model?

there’s a profound difference between these two statements: ‘I care about kids, and I care for kids.

We need to stop saying, ‘I teach math. I teach English. I teach art.’ We need to start saying, ‘I teach kids.’ And then we build systems and structures that reflect that.

we’ve got to understand that an inquiry-driven education is the most powerful way to learn

By the way, there is one questions that every teacher should ask a bazillion times a day that they don’t know the answer to. That question is, ‘What do you think?’

Want to see a really amazing thing with a group of kids? Read a book with them freshman year. Have them write their reflections on the book. Read it with them again in their senior year. See what the book holds for them now. Teach them that ideas and answers can change. And that that’s good.

It’s called the Dialogic Curriculum. It’s by a woman named Patricia L. Stock.

This isn’t just about talking. What I see in a lot of classrooms when I visit schools is people talking and listening—but not really. I see in a lot of classrooms debate, where kids are listening for the thing they can disagree with. So that way they can make their point. Right? We’ve all had that experience where the teacher says, ‘Wait a second, I’ll get back to your comment in a minute.’ Three or four more kids have said the thing and the kid says the exact same thing that they were going to say four questions ago, because they didn’t listen to the four things that the other kids said. We need to teach kids that we can argue and we can discuss to learn.

Teach kids to build their ideas off of others. Teach them not just to disagree, but run a classroom where no one is allowed to talk until they first express their idea, before they first echo back what they’ve heard from someone else. What did I learn from what you just said? ‘Well, I understand that you just said this, and I thought that this was really interesting. And where I found disagreement or disharmony was here.’ But first I’ve got to acknowledge the things that you said. First I’ve got to acknowledge that you said that with which I can find common cause. Teach kids to build, not just tear down.

What they’re selling to us as personalized learning is, ‘everybody does the exact same content, only at your own pace.’ That’s not personal!

If someone shows up and says, ‘We’ve got a great new personalized learning system. You put the kids on the computer and they all go at their own pace.’ Say to them, ‘That’s not personal. When do they get to do the things they care about?’

This is two of our students competing in a kinetic sculpture contest. Think about that. And what’s cool about it is that they built this device in their engineering classroom. Our kids in our engineering classrooms have built a solar water heater, and Engineers Without Borders took the actual thing that the kids built, shipped it to Sierra Leone, where what our kids built is now being used to heat water in order to sterilize instruments in a hospital for amputee victims. Our kids have built flow-process biodiesel generators, and they have then released the designs to anyone who wanted to use them, under a Creative Commons license. What we found out was that students in Central and South America built what are kids designed and are using it to take their schools ‘off the grid’ by powering their own schools.

Ask powerful questions. Seek out answers. Build real stuff. That’s inquiry-driven project-based learning.

world

What we are really trying to do is help our kids change the

Project-based learning is when the kids own head, heart and hands—when the work that they do, that matters to them, is the most important thing in a classroom—is the highest form of work that gets done. That’s true project-based learning.

In every single class at SLA, for all four years that they are there, every quarter has what we call a benchmark project in each class that that allows every child to build something that serves as the signpost of their learning every single quarter.

nquiry—what are the questions we can ask; Research—how do we find the answers to those questions; Collaboration—how do we work together to make those answers deeper, better and richer; Presentation—how do we share what we’ve learned; and Reflection—

You must build systems and structures to allow kids to do real stuff, and then get out of their way. By the way, once they have, you’ve got to let them share it.

You can share stuff in the physical world, you can share stuff in the virtual world, but kids have got to understand that they can be expert voices in the world. Create the space for them to do it. You don’t have to tell them how.

She said, ‘I just expose them to a whole bunch of different ideas and then said, go learn the stuff you need to learn.’

you have to share what you know

Chris Lehmann (@chrislehmann) is the founding Principal of the Science Leadership Academy (SLA)

honored by the White House as a Champion of Change for his work in education reform. In June 2010, Chris was named as one of the “30 Most Influential People in EdTech”

Wettrick encourages teachers to make their good ideas public so that others in education can learn from their examples. "It's not bragging," he says. "It's sharing best practices."

The Buck Institute for Education has produced a feedback form (6) to help audience members think through their role.

What do you want students to gain from the audience interaction?

Who's the audience for the "real-world" version?

How can technology connect students with larger audiences?

Energy expenditures continued to decrease even after the decline in muscle activity had stabilized

even after participants had fine-tuned their muscle movements, the neural processes controlling the movements continued to grow more efficient. The brain uses up energy, too, and through overlearning it can get by on less. These gains in mental efficiency free up resources for other tasks:

Less effort in one domain means more energy available to others.

15. Did I take advantage of spontaneous learning opportunities when students’ interests had obviously shifted, or did I maintain an inflexible mindset and vow to never deviate from an archaic lesson plan?

17. Was our class set up to promote creativity and collaboration or memorization and silence?

19. Were 21st Century skills embedded within daily assignments?

22. Did I gain professional wisdom by speaking to my collegial mentor?

25. Did I avoid professional negativity by declining to gossip at work?

24. Was the technology in my classroom used in an authentic manner? (Shannon Reed)

26. Did I manage my stress level by enjoying time with my family and friends, by exercising several times a week, by zoning out while engaged in a hobby, and by simply chilling out every once in a while?

28. Did I laugh often with students and colleagues?

31. Did I allow students to co-write their own project-based, learning contracts?

34. How many colleagues did I observe in-action in their classrooms this past school year?

did I remember the names of all co-workers?

39. How balanced were the assignments this year in terms of requiring creativity, practical thinking, and analysis? (Adam Johnson)

40. Did I participate in a professional learning community outside of my school via Twitter?

46. Did I consistently blog as a form of professional self-reflection?

47. Am I a stronger teacher today than when I first stepped into the classroom at the beginning of the school year?

Add in the possibility that they they’ll have to present to the entire class, or post their creation online, and they’re even more focused

the activities are challenging and expectations high

it’s more like: “This is hard. And I’m not going to show you how to do it. But I expect what you create will be excellent.

Tell students you’re going to present their work at a conference, or submit it to a state publication, and then watch the heightened focus in their eyes

Teacher lectures impart useful information and explanations, and they can be lively and engaging.

The information gleaned from this survey allows me to carefully craft a personalized learning experience for our attendees by steering clear of familiar apps, providing a deeper focus on a particular skill, or discovering solutions for grouping attendees to achieve optimal collaboration within the day.

As educators, we frown upon one-size-fits-all education and preach personalized learning, yet we still deliver canned in-services and seminars time and time again, never addressing the needs of a specific audience of learners

“Conventional curriculum is chained to the bicycle rack,” he says. “It sits solidly in the minds of parents: ‘I learned that. Why aren’t my children learning it?’

Curriculum suffers from something of a crowded garage effect: It generally seems safer and easier to keep the old bicycle around than to throw it out.”

Just as educators are pushing students to build a huge reservoir of knowledge, they are also focused on having students master material, sometimes at the expense of relevance.

Unfortunately, if someone questions whether this expertise serves students well and instead suggests more life-relevant topics, Perkins says the common reaction is: “We’re sacrificing rigor!”

Instead of building during the first 12 years of schooling toward expertise in an advanced topic like calculus that hardly ever comes up in our lives, Perkins says students can instead become “expert amateurs” in something like statistics — a rigorous topic that is also used in daily life. In fact, expert amateurism works great, he says, in most of what we do in our lives

There’s no list of 1,000 things we must know or teach. Perkins says there would be no way to create a definitive list because there are lots of things worth learning at any given time or for a specialized career or even simply because we enjoy learning.

With high-stakes testing, he says, there’s a fixation on “summative” versus “formative” assessment — evaluating students’ mastery of material with exams and final projects (achievements) versus providing ongoing feedback that can improve learning.

“The fixation on the heap of information in the textbooks is itself part of the problem because the world we are educating learners for is something of a moving target,” he says.

Perkins says he’s not surprised that so many people have trouble naming things they learned early on that still have meaning today or that disengaged students are raising their hands, asking why they need to know something.

and she was trained to highlight strengths

Showing empathy was important

The trainer stressed the importance of avoiding teen patois and not making typos, which undermine authoritativeness.

Having all three factors present in a school can compensate for their absence in the family, community, or peer group. And a school with these factors can be resilient as an organization in the face of challenges and traumatic events it may face.

But in practical terms, text messaging affords a level of privacy that the human voice makes impossible. If you’re hiding from an abusive relative or you just don’t want your classmates to know how overwhelmed you feel about applying to college, a text message, even one sent in public, is safer than a phone call.

What’s more, tears go undetected by the person you’ve reached out to, and you don’t have to hear yourself say aloud your most shameful secrets.”

All people have the capacity for resilience, she says, and there are three factors that tap and nurture that potential: (a) caring relationships, (b) high expectations, and (c) meaningful opportunities for participation and contribution.

The advantage of using texting for a crisis hotline is that teens who are willfully uncommunicative when speaking are often forthcoming to the point of garrulous when texting, quite willing to disclose sensitive information.

The three factors help develop children’s social competence, problem-solving ability, sense of self and internal locus of control, and sense of purpose and optimism about the future – all of which are key to dealing successfully with adversity.

This is all about providing a sense of connectedness and belonging, “being there,” showing compassion and trust.

Teachers make appropriate expectations clear and recognize progress as well as performance. They also encourage mindfulness and self-awareness of moods, thinking, and actions. Principals orchestrate a curriculum that is challenging, comprehensive, thematic, experiential, and inclusive of multiple perspectives. They also provide training in resilience and youth development, and work to change deeply held adult beliefs about students’ capacities.

Teachers hold daily class meetings and empower students to create classroom norms and agreements. Principals establish peer-helping/tutoring and cross-age mentoring/tutoring programs and set up peer support networks to help new students and families acclimate to the school environment.

Resilience is a process, not a trait. It’s a struggle to define oneself as healthy amidst serious challenges.

Several personal strengths are associated with resilience – being strong cognitively, socially, emotionally, morally, and spiritually.

In classrooms, open channels of communication are essential. Nothing should inhibit, embarrass, or shame students from asking questions during a lesson.

a person who displays bad judgment is not ‘forever’ a bad person.”

To help others, educators need to take care of themselves. An analogy: on an airplane, people need to have their own oxygen masks in place before they can help others.

“The admissions process can counteract a narrow focus on personal success and promote in young people a greater appreciation of others and the common good.

ome have pointed out that the report applies mostly to a small percent of students, and what colleges say they value may be a challenge to game the system.

Julie Coiro (University of Rhode Island) takes note of a large international study by the OECD (Organisation for Economic Cooperation and Development), which found that computers were having no significant impact on students’ proficiency in reading, math, and science.

In many countries, the study found, frequent use of computers actually made students’ performance worse. “Although these findings may relate to differences in professional development or implementation,” says Coiro, “it was clear that drill-and-practice software had a negative effect on student performance.”

Technology is not critical for learning to be personal; all that’s needed is space and time to actively reflect, collaborate, and engage with personally meaningful ideas.

“What students can learn,” says Stygles, “is how to manage their time, select books reasonably, and justify their reading choices. When students understand their capacity – what they can do successfully – they not only protect themselves from shameful failure, but also become stronger readers through repeated experiences of success and pleasure.”

when blended learning is implemented in a balanced way, “teachers and students use a range of human and digital resources to improve their ability to think, problem solve, collaborate, and communicate. A delicate balance of talk and technology use keeps us all grounded in conversations with other people about what really matters.” Coiro has four suggestions for striking this balance:             • Build a culture of personal inquiry. Students have regular opportunities to pursue topics relevant to them, using a range of texts, tools, and people (offline and online) to get emotionally engaged.             • Expect learners to talk. Students engage in literacy experiences involving face-to-face and online collaboration, conversations, arguments, negotiations, and presentations.             • Encourage digital creation. Students create original products that share new knowledge and connect insights from school, home, and the community.             • Make space for students to participate and matter. “Through participation, individuals assert their autonomy and ownership of learning,” says Coiro. “In turn, their inquiry becomes more personal and engaging.”

Once students are empowered to direct their own learning pathways, technology can open the door to a range of texts, tools, and people to explore and connect ideas

“Unlike participation in sports,” says Stygles, “the choice to abandon reading to pursue other talents is not an option. Kids really have no escape from the struggles they face during the learning-to-read process, especially in light of frequent assessment or graduation through levels.”

“Measurement must be replaced by early and frequent positive transactions between reading, teacher, and texts,”

We should share with students what intimidates us about reading, how we find time, and how we focus… If we show our readers realities of reading, maturing students will see reading as less burdensome.”

“Shamed readers do not believe they improve or can improve,” says Stygles

“A good exit ticket can tell whether students have a superficial or in-depth understanding of the material,” they write. “Teachers can then use this data for adapting instruction to meet students’ needs the very next day… Exit tickets allow teachers to see where the gaps in knowledge are, what they need to fix, what students have mastered, and what can be enriched in the classroom…

The key to differentiation is that you have high expectations for all students and a clear objective.

If you know what you want students to master, differentiation allows you to use different strategies to help all students get there.”

Each of these tools allows students to contribute individually to shared creations involving inquiry, peer feedback, and collaborative composition.

Google Docs

Padlet

Coggle

VoiceThread

problem-BL is still more often seen in the post-secondary world than in K-12, where project-BL is more common. Problem-based learning typically follow prescribed steps: Presentation of an "ill-structured" (open-ended, "messy") problem Problem definition or formulation (the problem statement) Generation of a "knowledge inventory" (a list of "what we know about the problem" and "what we need to know") Generation of possible solutions Formulation of learning issues for self-directed and coached learning Sharing of findings and solutions

By using problem-BL, these teachers feel they can design single-subject math projects -- aka "problems" -- that effectively teach more math content by being more limited in scope than many typical project-BL units.

Relationships are vital for a child’s self-regulation and learning.

Recognizing a child’s strengths supports efficacy in interventions and increases a child’s participation in the therapeutic process.