Making reality a school. #IDreamASchool

If school is meant to prepare students for real life, then why doesn’t school look more like real life?

This is the primary question that has kept me research-busy for the past seven to ten years, at varying degrees. Of course, there are countless corollaries that spur me to sidebar explorations, integrated component searches and implementations, and related co-primary investigations. For example, during my middle-school principalship, I concentrated significant efforts to studying and orchestrating professional learning communities (PLCs) as a foundational structure and ethos for the way we worked. If the world at large is moving to more collaborative ways of working, then our educator workforce should operate in such paradigms and methods, too. (Of course, 25-years of research from public schools helped enormously!) By becoming a more formalized professional learning community, we blurred some of the lines between “school” and “real life,” and we enhanced the ways in which we worked as team problem solvers and educational designers – for the benefit of ourselves and our students. What’s more, we were able to empathize more genuinely about what we were asking students to do when we asked them to collaborate.

One of the most important and critical co-primary investigations in which I continue to search is How might we transform school to look more like real life?

As schools explore sustaining (tier 1 and tier 2) and disruptive (tier 3) innovations, one strong way to transform schools into more life-like analogues is to reconsider the traditional departmental structure. Typically, schools sub-divide into departments called “Math,” “Science,” “History,” “English,” etc. Curriculum tends to be categorized by these departments and divisions – by subject-area or topic. Often times, silos develop…sometimes intentionally, but more understandably in unintentional ways.

But what if we re-imagined curriculum to be more about the issues and challenges that we face? What if we had departments like…

  • the Department of Energy
  • the Department of Justice and Equity
  • the Department of Education
  • the Department of Health and Human Services
  • the Department of Environmental Sustainability

Liz Coleman’s call to reinvent liberal arts education

Through project-based and problem-based learning, students in K-12 education could engage genuine issues, concerns, opportunities and possibilities. Whereas the traditional departments – math, science, history, English, etc. – have been used to segregate the disciplines, with a newly devised departmental structure, the traditional subject areas would continue in importance and vitality, but they would do so as lenses co-ground into the same optic glass.

Imagine a Department of Energy in school. Student learners could explore and work in the fields of energy research and investigation, and they could employ mathematics and statistics as lenses through which to understand energy – math in context. They could hypothesize and experiment as genuine scientists working to discover the emerging, integrated sectors of biofuels, solar energies, and other non-fossil-dependent sources – science in context. They could research through lenses of historian, anthropologist, and sociologist, and they could write persuasive and expository pieces – humanities in context. They could examine the economics and psychology of energy consumption – interdisciplinary human studies in context. Design and visual prototyping could play an integrated role – industrial arts in context.

Context should inform content and cognition. And student learners deserve to gain practice with “the app for that.” We know that athletics require much practice, but the athletes regularly have opportunity to apply their skills and development to “real-life” settings called games. We know that musicians require much practice, but the instrumentalists regularly have opportunity to apply their skills and development to “real-life” concerts and performances. When do student-learners regularly have opportunity to apply their content learning and skill development? A test is not a game or concert. An essay for a teacher is not a game or concert. Contributing to a blog about experimental energy sources is more like playing in a game or concert. Designing alternative-fuel engines is more like playing a game or concert. Partnering with local businesses, NGOs, universities, and other co-creators of our energy future – such experience most certainly is comparable to playing in the games or concerts of real life. Surely, we don’t really believe that students should wait for application until they are finished with formal schooling. Surely, we can devise better responses to the age-old question, “When will I ever use this?” Student-learners could be using their imaginative, developing understanding now.

Compassion should also inform content and cognition. The world needs problem finders and solutions makers. Todays students care more deeply about the world than I think my generation cared when we were in elementary, middle, and high school. By engaging student-learners in real-life, problem-based work, we could essentially connect the millions of students like batteries in a series to light the solutions to some of our greatest challenges in society. Business and non-profit could become involved in more integrated ways with education so that a symbiosis of efforts would build self-reinforcing and sustaining capacities – innovators guiding future innovators for for a more dynamic and productive future.

I am not just theorizing and hypothesizing. The type of real-life schooling described above is already happening in many places. Kiran Bir Sethi’s Riverside School comes to mind. Bob Dillon’s Maplewood Richmond Heights Middle School comes to mind. Project H Design comes to mind. Whitfield County Schools comes to mind. Geoff Mulgan’s Studio Schools come to mind. Projects at High Tech High and Partnerships at Science Leadership Academy come to mind. Even in my own personal experience, I co-piloted Synergy 8, a non-departmentalized, community-issues, problem-solving course for 8th graders. One group of four boys organized a job fair for residents of English Avenue and played a major role in helping people secure jobs. Other programs at Westminster, like the Summer Economics Institute, Philanthropy 101, Dr. Small’s Research course, and the Junior High Leadership Experience Advisory Program come to mind.

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And just this week, I heard Brittany Wenger share in her TEDxAtlanta talk about her experience creating an artificial intelligence app to help more accurately diagnosis breast cancer. However, she did reveal that only about 10% of the project was supported as actual school work. The kind of work and contribution that Brittany Wenger is making could BE school.

Business leaders understand the inter-related, interdisciplinary nature of real-world problems and issues. Consider Michael Moreland’s explication on his SEEDR website:

No single discipline or sector can drive meaningful progress alone. To meet the most intractable challenges, we built SEEDR as a vehicle for next-level collaboration, building bridges among industry, philanthropy, government, and academia worldwide. We value wild multidisciplinary, cross-sectoral work and if you share our passion for global development and thirst for learning the languages of technologies, causes, and cultures, we want to work with you.

– http://seedrl3c.com/team

Does our world possess high-quality activists and efforts geared toward making the world a better place? Absolutely! Do these people come from our existing schools and educational institutions? Of course. However, I believe there is a realization gap. The type of interdisciplinary and cross-sector work that Moreland espouses above could be significantly enhanced with innovative thinking and implementation to transform schools into more “real-life” organizations. We could realize an amplification and acceleration of problem solving by activating our schools as more contributory blends of practitioner-based learning labs. With the proper attention to pedagogical and instructional master planning, I can imagine many scenarios in which content knowledge and cognitive accountability would only be enhanced. In other words, I challenge the typical rebuttal that students would loose content-knowledge attainment chances by working in the ways suggested above. Numerous researchers and practitioners are finding otherwise…especially as they focus more on what is learned and retained, instead of what is delivered and taught.

To summarize several of the points discussed earlier, and to introduce a few not detailed above, I believe that a number of advantages could come from re-organizing school departments in such ways that make school more like real life:

  • Student engagement would improve, as school studies became more relevant and contextual. Attendance issues could improve. In the current state of testing, assessment performance could rise, as shown by people such as Kiran Bir Sethi.
  • Testing could be re-balanced, even replaced in cases, with performance-based assessments that are more realistic and aligned with those performance assessments encountered in the “real world.”
  • The 21st century skills, particularly the 7 Cs, would be more purposefully and realistically integrated into the school day. The practice would better match the games and concerts.
  • Curriculum would move to curricula vitae – “the course of life” – as learning goals and objectives aligned more authentically with the challenges facing our societies and world.
  • For-profit business, government, and non-profit organizations – spokes of a wheel, in some ways – could be connected through the hub of education. Innovation could breed innovation as social entrepreneurship and education became more intertwined and interrelated.
  • Students could experience more giving and contribution as an eventual norm in schools, instead of school being so focused on what students get during their school years. Yet, students would also gain tremendously as they experienced more of a powerful mixture of cognition and affective domains.
  • The issues we face as a human race could be addressed in a solutions-based manner with amplified and accelerated attention from and with schools…schools working more in partnership than in precedents with real-world problem solvers.

Of course, such a move to organization around Departments of Energy and Departments of Justice and Equality could strike fear and trepidation in school administration and faculty and parents. Transitions and transformations could occur in a number of ways. Schools could invest more in master planning. Schools could experiment with a mini-test of such a department with those teachers, students, and parents who were interested and willing. Or wholesale changes could be bravely attempted. In fact, many of our new-school startups are exploring just such re-imagining and re-organizing.

What are your thoughts? Where are the opportunities? Where are the challenges? Do you know of more examples, exemplars, failed prototypes, and not-yet-realized possibilities? How might we think together on such multi-tier innovation in schools and education? I would appreciate your idea, links, questions, and insights. It’s going to take many of us working together to make reality a school.

[This post was cross-published on Connected Principals and Inquire Within on 9.28.12]

#MustRead Shares (weekly)

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#MustRead Shares (weekly)

  • tags: brands responsibility #MustRead

  • tags: learning changing leadership #MustRead Brainfood

  • tags: school reform business-education partnership #MustRead

  • tags: school model unschooling #MustRead

  • tags: design innovation #MustRead

  • tags: blueprint malaysia schools of the future future of schools #MustRead 21C

    • Wave 1 (2012-2015) focusing on efforts to turn around the system by supporting teachers and focusing on core skills
    • education transformation is to take place over 13 years
    • Wave 2 (2016-2020) on accelerating system improvement
    • Wave 3 (2021-2025) on moving towards excellence with increased operational flexibility.
    • access, quality, equity, unity and efficiency.
    • six key attributes that will enable them to be globally competitive
    • knowledge, thinking skills, leadership skills, bilingual proficiency, ethics and spirituality, as well as national identity.
      • Reminds me of Gardner’s Five Minds for the Future
    • 1. Provide equal access to quality education of an international standard.

    • 2. Ensure every child is proficient in Bahasa Malaysia and English language.

    • 3. Develop values-driven Malaysians.

    • 4. Transform teaching into the profession of choice.

    • 5. Ensure high-performing school leaders in every school.

    • 6. Empower State Education Departments, District Education Offices and schools to customise solutions based on need.

    • 7. Leverage information and communication technology to scale up quality learning across Malaysia.

    • 8. Transform ministry delivery capabilities and capacity.

    • 9. Partner with parents, community and private sector at scale.

    • 10. Maximise student outcomes for every ringgit.

    • 11. Increase transparency for direct public accountability.

    • Over the course of a year, over 50,000 ministry officials, teachers, principals, parents, students and members of the public across Malaysia were engaged via interviews, focus groups, surveys, and National Dialogue townhall and roundtable discussions.
  • Our students want to become innovators. Our economy needs them to become innovators. The question is: As educators, do we have the courage to disrupt conventional wisdom and pursue the innovations that matter most?

    Third, to push educational innovation, districts need to partner with one another, businesses, and nonprofits to establish true R&D labs—schools of choice that are developing 21st-century approaches to learning.

    tags: education innovation schools of the future future of schools school model UnbouBrainFood #MustRead Brainfood

    • need to develop ways to assess essential skills with digital portfolios that follow students through school
    • assess teachers’ effectiveness by analysis of their students’ work, rather than on the basis of a test score. Teachers and administrators should also build digital portfolios
    • Third, to push educational innovation, districts need to partner with one another, businesses, and nonprofits to establish true R&D labs—schools of choice that are developing 21st-century approaches to learning.
    • we need to incorporate a better understanding of how students are motivated to do their best work into our course and school designs. Google has a 20 percent rule, whereby all employees have the equivalent of one day a week to work on any project they choose. These projects have produced many of Google’s most important innovations. I would like to see this same rule applied to every classroom in America, as a way to create time for students to pursue their own interests and continue to develop their sense of play, passion, and purpose.
    • Our students want to become innovators. Our economy needs them to become innovators. The question is: As educators, do we have the courage to disrupt conventional wisdom and pursue the innovations that matter most?
  • tags: innovation colorado academy school model EdJourney #MustRead

  • Dewey: “The world in which most of us live is a world in which everyone has a calling and occupation, something to do,” he wrote. “Some are managers and others are subordinates. But the great thing for one as for the other is that each shall have had the education which enables him to see within his daily work all there is in it of large and human significance.”

    tags: education learning freedom Dewey edreform purpose of education #MustRead

    • From this narrow, instrumentalist perspective, students are consumers buying a customized playlist of knowledge
    • philosopher John Dewey, America’s most influential thinker on education, opposed this effort. Though he was open to integrating manual training in school curriculums, Dewey opposed the dual-track system because he recognized that it would reinforce the inequalities of his time. Wouldn’t such a system have the same result today?
    • Education should aim to enhance our capacities, Dewey argued, so that we are not reduced to mere tools.
    • Dewey had a different vision. Given the pace of change, it is impossible (he noted in 1897) to know what the world will be like in a couple of decades, so schools first and foremost should teach us habits of learning.
    • awareness of our interdependence
    • “The inclination to learn from life itself and to make the conditions of life such that all will learn in the process of living is the finest product of schooling.”
    • The inclination to learn from life can be taught in a liberal arts curriculum, but also in schools that focus on real-world skills, from engineering to nursing. The key is to develop habits of mind that allow students to keep learning, even as they acquire skills to get things done. This combination will serve students as individuals, family members and citizens — not just as employees and managers.
      • Yes, the “key is to develop habits of mind that allow students to keep learning.” However, the type of learning for the future is more expansive than the brand of learning provided in many schools. 
    • Dewey’s insight that learning in the process of living is the deepest form of freedom
    • In a nation that aspires to democracy, that’s what education is primarily for: the cultivation of freedom within society
    • higher education’s highest purpose is to give all citizens the opportunity to find “large and human significance” in their lives and work.
      • Are we? Are we giving all citizens the opportunity to find large and human significance in their lives and work?
  • tags: nytimes com friedman edreform #MustRead

  • tags: edreform ActionEd future of schools curriculum #MustRead Brainfood

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#MustRead Shares (weekly)

Posted from Diigo. The rest of my favorite links are here.

#MustRead Shares (weekly)

  • tags: innovation design #MustRead brainfood

  • tags: leadership clarity paradox #MustRead brain food UnbouBrainFood

    • “the clarity paradox,” which can be summed up in four predictable phases:

        

      Phase 1: When we really have clarity of purpose, it leads to success.
       Phase 2: When we have success, it leads to more options and opportunities.
       Phase 3: When we have increased options and opportunities, it leads to diffused efforts.
       Phase 4: Diffused efforts undermine the very clarity that led to our success in the first place.

    • Curiously, and overstating the point in order to make it, success is a catalyst for failure.
    • one of the key reasons for these failures was that companies fell into “the undisciplined pursuit of more.”
    • What can we do to avoid the clarity paradox and continue our upward momentum? Here are three suggestions:
    • First, use more extreme criteria.
    • Second, ask “What is essential?” and eliminate the rest.
    • Third, beware of the endowment effect.
    • If success is a catalyst for failure because it leads to the “undisciplined pursuit of more,” then one simple antidote is the disciplined pursuit of less.
  • Massive open online courses (MOOCs), such as those offered by Coursera, are particularly intriguing in that they help democratize education.

    tags: online learning online_education online education #MustRead universities

    • Massive open online courses (MOOCs), such as those offered by Coursera, are particularly intriguing in that they help democratize education.
    • Still, there is much to be said in defense of the real-world classroom
    • Is there any intrinsic value to being bodily present in the classroom?
    • Students learn not only from engaging with ideas, but also by engaging each other.
    • Online education raises exciting possibilities for universities. MOOCs democratize educational access. But democratic education is also about habituating ourselves to encounter our fellow citizens, to disagree passionately and to tolerate disagreement. Traditional liberal arts classrooms democratize education not in quantitative terms, but in quality of access to Others.
  • According to the National Venture Capital Association, investment in education technology companies increased from less than $100 million in 2007 to nearly $400 million last year. For the huge generator of innovation, technology, and wealth that is Silicon Valley, higher education is a particularly fat target right now.

    tags: education technology disruption university online education online_education #MustRead brainfood

    • According to the National Venture Capital Association, investment in education technology companies increased from less than $100 million in 2007 to nearly $400 million last year. For the huge generator of innovation, technology, and wealth that is Silicon Valley, higher education is a particularly fat target right now.
    • The ongoing carnage in the newspaper industry provides an object lesson of what can happen when a long-established, information-focused industry’s business model is challenged by low-price competitors online.
    • The recent surge of money into higher education startups reflects growing interest in the category.
    • Is the real money to be made, per Marc Andreessen, in eating the existing education industry? Or will it be in providing service to the industry, helping them do what they do better? In terms popularized by Harvard business professor Clayton Christensen, this is the difference between “disruptive” and “sustaining” innovation.
    • So the VC guys and the start-ups look at K-12 and higher education, which between them cost over $1 trillion per year in America, and much more around the world. They see businesses that are organized around communication between people and the exchange of information, two things that are increasingly happening over the Internet. Right now, nearly all of that communication and exchange happens on physical platforms—schools and colleges—that were built a long time ago. A huge amount of money is tied up in labor and business arrangements that depend on things staying that way. How likely are they to stay that way, in the long term? Sure, there are a ton of regulatory protections and political complications tied up in the fact that most education is funded by the taxpayer. As always, the timing would be difficult, and there is as much risk in being too early as too late.
    • To drive home the point of just how cheap it is to be Quizlet, one of its executives asks me how much money the United States spends per year to educate a single student in K-12 education. About $15,000, I say. That’s more than what it costs us per month to host the entire site, serving millions,
    • In less than a year, online higher education has gone from the province of downmarket for-profit colleges to being embraced by the most famous universities in the world.
    • We may not know who and we may not know when, but someone is going to write the software that eats higher education.
    • Older models often adapt and endure in significant if less important forms.
  • tags: school reform strategy business #MustRead Senge UnbouBrainFood brainfood

  • tags: climate science culture social innovation #MustRead brainfood

    • Today, there is no doubt that a scientific consensus exists on the issue  of climate change
    • And yet a social consensus on climate change does not exist
    • answers to this question can be  found, not from the physical sciences, but from the social science  disciplines of psychology, sociology, anthropology, and others.
    • people’s opinions  on this and other complex scientific issues are based on their  prior ideological preferences, personal experience, and values—all  of which are heavily influenced by their referent groups and their  individual psychology.
    • We must acknowledge  that the debate over climate change, like almost all environmental  issues, is a debate over culture, worldviews, and ideology
      • The debate over school change must also be over culture, world views, and ideology.
    • Political affiliation is one of the strongest correlates  with individual uncertainty about climate change, not scientific  knowledge.
      • I wonder what the analogue is to education and the issue of school transformation? “Political affiliation is one of the strongest correlates with individual uncertainty about climate change, not scientific knowledge.”
    • “logic schism,”  a breakdown in debate in which opposing sides are talking about  completely different cultural issues.
  • tags: algebra STEM #MustRead

    • We can teach people the skills they need if we allow them to choose what interests them and then teach them to predict, evaluate, diagnose, etc., within their area of interest.
  • tags: School Change Big Shifts NAIS schools of the future #MustRead

  • tags: steam stem #MustRead

  • tags: culture #MustRead

  • tags: 21st 21C 21stcenturylearning brainfood #MustRead

  • tags: education brainfood UnbouBrainFood #MustRead schools of the future Change

    • although there are some encouraging signs of change, several major challenges stand out from my ongoing discussions with today’s 11-13 year olds.
    • A disconnect between the way school works and how they function outside school.
    • We are not preparing these kids for the world as it operates today.
    • Boredom with the teacher-centered learning process.
    • Shifting sources of authority.
    • new role for teachers (and parents): that of a learning facilitator and coach, rather than of an authoritative source of information.
    • Growing interest in pragmatic, job-oriented skills.
    • Unease regarding global standing.
    • Thurow argued that the most significant invention in U.S. history was the public education system established in the early days of the industrial revolution.
    • Thurow argues that this unique educational system produced a workforce that was perfectly matched — in both skills and behavior — to the burgeoning needs of the new industrial economy.
    • Students emerging from this system had both the right knowledge (reading, math) to perform the industrial jobs and the right behaviors (punctuality, focus on specific linear tasks) to form an efficient industrial workforce.
    • modeled both on the interests of industrialization and in the image of it: specialization into separate subjects, standardized curricula, conformity, batch processing — by age group. The system was designed to leverage a “lock step” approach over set periods of time and using broadcast delivery methods to prepare students effectively for known jobs.
    • our current approach to education was designed for a different age
    • we all know, most of the jobs of tomorrow will not be industrial jobs.
    • gap between the output of our educational system and the job demands of the current century is enormous — and growing wider.
    • kids intuitively recognize the gap. They’re asking for a change.
  • tags: nytimes com social media balance #MustRead

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