Should architecture be taught in grade school?

Few students will become architects, but architecture may be able teach them more about real-life problem-solving than geometric proofs.

Lego architecture
  • Contemporary schools are reconsidering their subjects and teaching methods in order to offer the best education for children.
  • Vicky Chan launched an architecture program designed to teach students STEM, creativity, sustainability,and problem-solving.
  • Chan is hardly alone; others have integrated new subjects and methods into curriculum, hoping to instill in students the skills necessary to be engaged, thoughtful citizens.

It's a well-worn joke that many of the subjects we learned in school aren't terribly useful as adults. High school calculus forces us to memorize L'Hôpital's rule but glosses over the practical math of budgeting. P.E. fills our days with dodgeball and the box step, not knowledge of how to maintain an active body and mind while working 40-plus hours a week. And then there's cursive. You know what we mean.

The state of contemporary education has led many experts to argue a changeup is in order. Are there subjects that would enrich the average student's life and impart a more versatile skill set than, say, calculus? Vicky Chan, founder of the design firm Avoid Obvious Architects and the voluntary organization Architecture for Children, believes one candidate is architecture.

Designing buildings and minds

\u200bGrade schoolers learn design by building a bridge out of LEGOs during a STEM event.

Grade-schoolers learn design by building a bridge out of LEGOs during a STEM event.

Photo: Kevin Gaddie/U.S. Air Force

Most students won't grow up to be architects. That's probably for the best since the career's projected growth rate is slower than average. But that's not Chan's goal. In a recent CityLab interview, he tells why he began instructing grade-schoolers in architecture. At its heart, architecture is about problem-solving.

In an example relayed to CityLab writer Mary Hui, Chan discusses a class tasked with designing an eco-hotel on a former quarry site. The students chose to place the hotel on a hill's crest for the luxurious views and wanted to include a tram for easy travel accommodations. As they began to plan, they ran into problems with the concept, but rather than scrap it for something else, they were required to evolve the process and develop beyond their original thinking.

This offers a unique approach to STEM and much of school, where too many classes ask students to solve a problem with a predetermined answer or memorize and recite key information.

"With design, no solution is 100-percent right or wrong," Chan said in the interview. "It's not like solving a mathematical problem. In sport, you can teach team spirit, but at the end of the day, it's a competition and it boils down to winning and losing. But in design, there is no absolute answer, and it's very much like in real life."

Lessons in sustainability

The Lotus Temple in Delhi, India, one of the most beautifully designed buildings in the world.

Flickr user Jeremy Vandel

Chan then uses the class to help student understand modern connections, especially regarding sustainability. As he notes, a lot of students think sustainability is recycling water bottles — which is probably true for most adults, too. But Chan wants people to view the environment and their approach to it differently. He introduces his students to concepts like the wall effect, helping them to see that although something is commonplace, that doesn't mean it's the most effective or salubrious design.

In Chan's view, the goals of architecture and education align nicely: "The other thing is learning how to see opportunities. Once you discover a problem, you learn to see opportunities. Problems present opportunities. But if you can't see the problem, then you can't see the opportunity."

It's also worth considering how Chan's class can be upgraded from STEM to STEAM — that is, STEM with an additional focus on art. Students get to design their buildings with cardboard models, allowing them to tap into their creativity and create something that's uniquely theirs. Again, they may not become architects, but they may develop an appreciation for the aesthetic value of design that we find in such illustrious examples as Casa Mila, Prague's Dancing House, the Lotus Temple, and China's Forbidden City Temple.

On beyond architecture

Nor is Chan alone. Many experts are suggesting we add new subjects or methods to school curriculum or revamp old ones to be more viable for contemporary students.

As Fareed Zakaria told Big Think, Yale has opened a school in Singapore that is re-imagining liberal education for a global context. Rather than focus on subjects, the school's core curriculum focuses on critical thinking and methods of inquiry. When students read Aristotle, Zakaria notes, they aren't just analyzing Aristotle. They are reading him in coordination with Confucius to inquire what political, social and cultural influences led these contemporaries to their different views.

Often the goal is to integrate STEM, problem solving, critical thinking and the creative arts in new and interesting ways. As for the box step, if they really want to learn, they can google it.

90,000-year-old human hybrid found in ancient cave

Researchers have just discovered the remains of a hybrid human.

Researchers in a chamber of the Denisova cave in Siberia, where the fossil of a Denisova 11 was discovered. CreditIAET SB RAS, Sergei Zelensky
Surprising Science

90,000 years ago, a young girl lived in a cave in the Altai mountains in southern Siberia. Her life was short; she died in her early teens, but she stands at a unique point in human evolution. She is the first known hybrid of two different kinds of ancient humans: the Neanderthals and the Denisovans.

Keep reading Show less

In quantum entanglement first, scientists link distant large objects

Physicists create quantum entanglement, making two distant objects behave as one.

Light goes through the atomic cloud in the center and falls onto the membrane on the left. Because of the interaction with light the precession of atomic spins and vibration of the membrane become quantum correlated.

Niels Bohr Institute
Surprising Science
  • Researchers accomplish quantum entanglement between a mechanical oscillator and a cloud of atoms.
  • The feat promises application in quantum communication and quantum sensors.
  • Quantum entanglement involves linking two objects, making them behave as one at a distance.
  • Keep reading Show less

    Here are 3 main causes of wildfires, and 3 ways to prevent them

    We're in an era of 'megafires'.

    Brett Hemmings/Getty Images
    Surprising Science

    A headline that reads 'The Worst Year in History for Wildfires' should be a shocking and dramatic statement. Instead, it's in danger of becoming a cliché, a well-worn phrase, an annual event.

    Keep reading Show less
    Videos

    The surprising future of vaccine technology

    We owe a lot to vaccines and the scientists that develop them. But we've only just touched the surface of what vaccines can do.

    Scroll down to load more…
    Quantcast