Investigating Electricity Through Hands On Learning Stations
Investigating Electricity Through Hands‑On Learning Stations
Our high school physics students recently explored the fundamentals of electrical circuits through a series of interactive learning stations designed to bring core NGSS concepts to life. As part of an NGSS‑aligned unit on energy, charge flow, and electromagnetic interactions, students rotated through five stations—each offering a different lens on how electricity behaves and how engineers harness it.
At the reading station, students built background knowledge on current, voltage, resistance, and circuit components, connecting these ideas to the Disciplinary Core Ideas in physical science (HS‑PS2, HS‑PS3). The online game station allowed students to apply these concepts in a virtual environment, experimenting with circuit configurations and receiving immediate feedback on how changes affected energy transfer.
The Snap Circuits station provided a hands‑on opportunity to construct working circuits, reinforcing the relationship between circuit design and electrical behavior. At the fruit battery station, students investigated how chemical energy can be converted into electrical energy, analyzing how variables such as electrode type and electrolyte strength influence voltage. Finally, the electromagnet station invited students to explore magnetic fields generated by electric currents, deepening their understanding of electromagnetic interactions and real‑world applications.
Throughout the activity, students engaged in the Science and Engineering Practices by modeling circuit behavior, testing predictions, analyzing data, and refining their understanding through evidence‑based reasoning. This multi‑station approach not only strengthened their grasp of key physics concepts but also highlighted the creativity and problem‑solving at the heart of scientific inquiry.
Our students demonstrated curiosity, persistence, and thoughtful collaboration as they uncovered how electricity powers the world around us.
