At Academe of the Oaks in Atlanta, Georgia, students experience science as something they can investigate, build, test, and understand for themselves.
During the Junior class’s four-week Electricity and Magnetism block, students explore fundamental principles of physics through experiments, demonstrations, research, and independent projects. Rather than simply learning about electricity and magnetism from a textbook, students work directly with the concepts and see how scientific principles operate in the real world.
This approach reflects an important element of Waldorf education: learning through meaningful experiences that connect academic concepts with creativity, problem-solving, and practical work.
It Starts With a Toaster
On the first day of the block, students begin with something familiar: a toaster.
By dismantling a simple household appliance, students can investigate several scientific principles at once, including electromagnetism, electrical resistance, and thermocouples.
Taking apart a toaster transforms an everyday object into a laboratory for scientific inquiry. Students can examine its components, ask why they work the way they do, and connect what they observe to the principles they are studying.
The goal is not simply to memorize how a toaster works. It is to encourage students to ask better questions.
Building an Electroscope and Exploring Electric Fields
From there, students begin investigating electric fields and their properties.
Students construct an electroscope, allowing them to observe the effects of electric charge. They then explore field strength and use Coulomb’s Law to calculate the electric force between charges.
Working with these concepts gives students an opportunity to connect mathematical relationships to physical phenomena they can actually observe.
Instead of treating physics as an abstract collection of formulas, students see how mathematics can describe what happens in the physical world.
Experimenting With a Wimshurst Machine
The Juniors also work with demonstrations involving a Wimshurst machine, a device that generates high electrical potentials through electrostatic induction.
The demonstrations provide another opportunity to explore electric charge, voltage, and the behavior of electric fields.
For students, these experiences make the scale and power of electricity tangible. They can observe scientific principles unfolding in front of them and use those observations to deepen their understanding.
Building a Solenoid to Explore Electromagnetism
The block also introduces students to the relationship between electricity and magnetism through the construction of a solenoid.
Building and experimenting with a solenoid allows students to investigate how an electric current can produce a magnetic field. This provides a concrete introduction to electromagnetism and demonstrates how electrical and magnetic phenomena are connected.
The process also requires students to work carefully, troubleshoot problems, and think like engineers.
From Experiments to Student-Directed Projects
One of the most meaningful parts of the Electricity and Magnetism block comes when students begin applying what they have learned independently.
Students may choose an electromagnetic topic to research and teach to their classmates, or they may design and build their own projects.
Past student projects have included:
- Lichtenberg devices
- High-voltage devices that convert sand into glass
- Solar panels
- Tesla coils
- Record players
- Guitar stomp boxes
- Electromagnetic trains
These projects demonstrate how a physics concept can become the starting point for invention, experimentation, artistic expression, and engineering.
Why Hands-On Physics Matters
Hands-on science gives students opportunities to experience the complete learning process.
They can:
- Ask questions
- Develop hypotheses
- Build and test
- Observe results
- Make mistakes
- Troubleshoot problems
- Research independently
- Apply mathematical concepts
- Explain their findings
- Create something of their own
That combination of academic knowledge and practical experience is central to the way science can be taught at Academe of the Oaks.
Students aren’t simply learning about electricity and magnetism. They are interacting with the concepts.
Waldorf Education and Experiential Learning
The Electricity and Magnetism block demonstrates several characteristics associated with Waldorf education.
Student-directed learning: Students eventually have opportunities to select research topics and develop projects based on their own interests.
Project-based learning: Scientific concepts become the foundation for tangible projects that require planning, experimentation, and problem-solving.
Real-world connections: Students investigate familiar objects and technologies, from toasters and record players to solar panels and electric trains.
Academic depth: Students engage with mathematical and scientific principles, including electric fields, resistance, electromagnetism, and Coulomb’s Law.
Creative expression: Students can take scientific knowledge and transform it into something they design, build, demonstrate, or teach.
This combination allows science to become more than a subject studied in isolation. It becomes a way for students to understand the world around them.
Science, Creativity, and Engineering in the Classroom
A strong science education can provide students with more than factual knowledge. It can teach them how to approach unfamiliar problems.
When a student builds a device and it does not work as expected, the next step is not simply to find the answer in a textbook. The student has to investigate.
What went wrong?
What variable needs to change?
What does the evidence show?
How can the design be improved?
Those questions encourage the persistence, curiosity, and critical thinking that students need well beyond the physics classroom.
Electricity and Magnetism at Academe of the Oaks
The Junior Electricity and Magnetism block is one example of how Academe of the Oaks integrates rigorous academics with hands-on, experiential learning.
Beginning with the familiar and moving toward increasingly complex scientific ideas, students investigate electricity and magnetism through experimentation, mathematics, engineering, research, and creative projects.
The result is a learning experience where students don’t simply receive information. They explore, build, question, solve, and create.
For families looking for a Waldorf school in Atlanta that emphasizes experiential and project-based learning, the Electricity and Magnetism block offers a glimpse into how academic concepts can come alive in the classroom.
Frequently Asked Questions
What do students learn in an Electricity and Magnetism block?
Students explore concepts including electric and magnetic fields, electric force, Coulomb’s Law, resistance, thermocouples, electrostatic induction, and electromagnetism. They also apply these concepts through experiments and projects.
What is a Waldorf science block?
A Waldorf science block is an intensive period of study focused on a particular academic subject. Students engage deeply with the subject through lessons, observation, experimentation, discussion, research, and practical work.
How does Academe of the Oaks teach physics?
Academe of the Oaks combines academic study with hands-on experimentation, practical projects, mathematical investigation, research, and student-directed learning.
What kinds of projects can students build while studying electromagnetism?
Past projects have included solar panels, Tesla coils, record players, guitar stomp boxes, electromagnetic trains, Lichtenberg devices, and high-voltage devices that convert sand into glass.
Where is Academe of the Oaks?
Academe of the Oaks is a Waldorf school serving students and families in the Decatur, Georgia area. The school emphasizes academic excellence, creative expression, experiential learning, and student growth.
Why is hands-on learning useful in science?
Hands-on learning allows students to connect abstract scientific principles with observable phenomena. Building and testing projects also gives students opportunities to practice problem-solving, experimentation, troubleshooting, and independent thinking.
Experience Learning in Action at Academe of the Oaks
From taking apart a toaster to building an electromagnetic train, the Junior Electricity and Magnetism block gives students opportunities to experience physics as something active and meaningful.
At Academe of the Oaks, science becomes an opportunity to ask questions, investigate ideas, build solutions, and understand how the world works.
Learn more about the academic experience and educational approach at Academe of the Oaks.
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