Dr. Grauer's Column - Simple Elegant Systems

Simple Elegant Systems
(or, The Arctic, The Drone, and The School)
By Stuart Grauer

(Inspired by Bill McKibben’s new book, Here Comes the Sun)

Few places on the planet remain as untouched by pollution and development as the Arctic National Wildlife Refuge, in Alaska, and it has lessons for school.

But before those lessons, some backstory: We are preparing to drill the Arctic for energy while sunlight falls freely on millions of rooftops every day, untapped. Why?

Just think about what it takes to move a conventional gasoline car down the road. First, a corporation has to find oil somewhere increasingly remote and fragile — perhaps beneath the ocean floor, maybe a mile or two below the wild winds of the Arctic. Then come seismic blasts, drilling rigs, roads, pipelines, spills, noise, and industrialization in one of the last intact wildlife sanctuaries on Earth.

If the oil can be extracted, it must be piped, trucked, or shipped to a refinery the size of hundreds of football fields. There it is heated, cracked, processed, and transformed through vast industrial operations consuming enormous energy themselves. Then the fuel is trucked again to gas stations where we pump it into vehicles built around controlled explosions.

Once inside a conventional car engine, thousands of tiny explosions occur every minute (using transmissions, belts, valves, pistons, injectors, mufflers, etc.). A huge portion of the energy is lost and wasted simply as heat, which is why the vehicle also requires elaborate cooling systems (radiators, pumps, fluids, fans, exhaust systems, etc.). Underway, roughly 2,000 moving parts are working constantly against friction, vibration, and heat just to propel a person to the grocery store.

And all of this depends upon a continuous global extraction and delivery chain that never sleeps.

My little electric car works differently.

Most days it charges twenty-five feet away from where I park it, from solar panels already sitting on my own roof. During sunny hours, I set the charging amperage close to the amount the panels themselves are producing, meaning the car runs on nearby sunlight with almost no outside energy or cost required at all.  It’s free. Plus it charges every time I brake: regenerative braking. Even when I charge at night, it is during SDGE’s super off-peak hours using the grid’s most expendable or surplus energy.

My electric drivetrain produces very little wasted heat by comparison, uses three to five times less energy overall, and contains perhaps twenty moving parts instead of thousands. It is a simpler system: local, direct, efficient, and producing very little wasted heat. I won’t even mention almost unbelievably efficient e-bikes, which can travel dozens of miles on just a few pennies in electricity. (Remember pennies?)

One complicated system depends upon endless extraction from increasingly fragile ecosystems.

The other, simpler system depends mostly on the sun rising tomorrow morning. (Hang on, we are almost at education!)

The energy we can get from oil beneath the Arctic Refuge sounds vast, but it is finite, dirty, difficult to reach, and inefficient/wasteful to rely upon. Up there, way up in the northern latitudes, there is not as much sun, but there is another, abundant form of solar energy, which is wind: a large national buildout of wind turbines could produce comparable or greater useful energy over time, and more efficiently— without pipelines, spills, refineries, or turning one of the last great wild places into an industrial zone. Solar and oil energy are at a great divide.

Now to the point: 

This same divide appears in education. For generations, we built larger and larger schools in the name of efficiency: centralized campuses on the outskirts of communities, sprawling bureaucracies, fixed curricula for thousands of children regardless of their needs for personal mentoring, elaborate transportation systems, endless scheduling layers, and increasingly distant leadership structures. Children are bussed miles away from their local communities—where local volunteers, seniors, and shopkeepers once played real roles in school life—into giant, more remote, less connected institutions where programming becomes extraordinarily complicated mainly because the system itself has grown so large. Got a problem? Throw another strategically-named, PC program at it rather than look at the whole, or at the root cause.

Many of these systems are shaped and controlled by people far removed from the daily lives of children — distant policymakers, consultants, mandates, shifting ideological pressures, or board members with little direct expertise in teaching and learning. Decisions affecting thousands of students are often made by people who may never actually know a single child well.

The result is not elegant complexity, like a forest or coral reef—or some Reggio Emilia schools I’ve visited. It’s complication. Bottom line: our large, comprehensive schools are among the least democratic institutions in our whole country.

Among the most striking findings in Stanford University’s new study, “Getting Down to Facts 3,” are the depth of administrative burdens facing educators and the conflicting state systems of support. Like the promise of rooftop solar, a movement of emerging, small, local schools is underway.

California’s major reform effort, the Local Control Funding Formula, was designed in part to restore greater local flexibility and support district-level decision-making. That is an important step. But as districts themselves have grown larger and more bureaucratic (for well over a century, continuously), district-level flexibility alone is not a complete answer.

Moving decision-making to the district level will not be enough. The real question may be how much decision-making can move closer to the people most directly involved: school sites, classrooms, teachers, families, and even (especially!) students themselves.

Interestingly, many of the most active experiments in localized decision-making (and student democracy) are now emerging outside traditional large public systems — in micro schools, hybrid models, learning pods, and intentionally small independent schools such as The Grauer School.

Today’s giant comprehensive school can require giant amounts of managerial energy simply to keep itself functioning: transportation grids with exhaust-belching buses, compliance systems, security structures, scheduling algorithms, departmental silos, standardized pacing plans, administrative hierarchies, testing coordination, union management, and endless meetings attempting to hold the machinery together.

Like the oil economy and the defense/war industry, giant educational systems often consume enormous energy simply sustaining themselves.

No wonder hundreds of thousands of families and neighborhoods are now creating their own learning pods, forest schools, hybrid homeschool cooperatives, and micro schools. Like rooftop solar, these smaller learning communities arise close to home, require far less bureaucratic infrastructure, adapt quickly to local needs, and often produce remarkably little waste while restoring or preserving human connection. Small schools work more like solar energy.

They are local. Adaptive. Human-scale. Students are known personally. Leadership remains close to lived reality. Teachers adapt fluidly because they actually know the children in front of them. Learning emerges from local ecosystems, communities, watersheds, neighborhoods, forests, oceans, and histories—we call this: regenerative education.

Drones

Today’s drones are local, adaptable, precise, cheap to reproduce, and difficult to defend against — while giant centralized military systems increasingly resemble expensive industrial-era machinery struggling to adapt to a faster, more decentralized world where groups of all kinds and in all geographic locals can employ their own, unique ways and self-direct.

There are various conclusions to be made of this emergence of elegance, naturalism, and simplicity around this troubled, political, bureaucratized, overcentralized world. First, oil drilling need not and should not come anywhere near the Arctic National Wildlife Refuge. This priceless land is home to polar bears, caribou, muskoxen, and hundreds of bird species that migrate from all over the world. In a shock to students of environmental science, the Bureau of Land Management, at the direction of an oil-and-coal obsessed federal agenda, is now preparing to auction drilling rights in the Refuge, risking roads, pipelines, industrial noise, habitat fragmentation, spills, and long-term damage to one of the last largely intact ecosystems on Earth[1].

There’s a pattern here worth noticing.

We don’t need the drilling. Even as cleaner, simpler, more localized systems already exist — rooftop solar, distributed energy grids, electric transportation, even e-bikes traveling miles on pennies — we continue doubling down on gigantic extractive systems requiring enormous infrastructure, massive bureaucracy, endless expansion, and permanent consumption just to sustain themselves. The same leaders wanting to drill have already told us: We don’t even need the oil.

In any case: nature rarely chooses gigantism as the path to resilience.

Likewise, much of modern education continues to become increasingly standardized, ranked, competitive, centralized, and controlling. The constant fixes we’ve come to expect when things go poorly often add still more layers of complication — political or bureaucratic, increasingly automated or AI loops and runarounds, disconnecting us from what we know about healthy living systems.

Instead of strengthening local relationships, many school systems continue growing upward and outward: larger campuses, larger bureaucracies, more testing, more compliance, more transportation, more distance between decision-makers and children. Like oil drilling in the Arctic, the assumption seems to be that when a system struggles, the answer must be still more extraction, still more scale, still more control.

But healthy ecosystems usually move in the opposite direction: they adapt to locals and decentralize. Resilience lies in real, connected relationships. And this is what the emerging schools movement is all about, and why every year people move from states and countries far and wide just to attend our little school.

Healthy ecosystems thrive through diversity, decentralization, interdependence, and relationships close to home. They waste very little, circulate energy efficiently, and regenerate over time — more like solar and wind power, or agriculture that restores soil through crop rotation and biodiversity, than extractive systems that keep depleting what they consume.

Maybe the future of both energy and education could lie not in extracting more from farther away, but in learning how to live more intelligently with what is already here.

The Arctic does not need one more drilling lease. The rooftops are way down here. The sunlight is already here.

So are the kids.

[1] In April 2024, candidate Trump met with around 20 oil executives at Mar-a-Lago and bid them to raise $1 billion for his campaign. The Washington Post, Reuters, and others reported that, in exchange, he promised actions favorable to the fossil fuel industry. (Assorted reps from oil companies gave about half that amount.)

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