Seventh Grade Scientists Build Light Maze Museum Security Systems

Seventh-grade science students recently brought learning to life through a hands-on Light Maze Museum project as part of their study of light and electromagnetic radiation. Using the Savvas Quest activity as a foundation, students explored how the behavior of light, including reflection, refraction, and transmission, can be applied to real-world technology.

The challenge was to design a model museum security system that uses light to protect valuable artifacts. Working collaboratively, students applied science and engineering practices to plan, build, test, and improve their museum mazes. Using mirrors, prisms, and light sources, they created pathways that showed how light can be directed and controlled to trigger a security response if the beam is interrupted.

Teams quickly learned that careful placement of mirrors was essential for accurately reflecting light, while prisms helped bend and redirect light through more complex maze designs. After constructing and refining their models, students reflected on their learning and problem-solving process. They discussed how understanding light behavior helped them overcome design challenges and why precision and teamwork were important to success.

To conclude the project, students demonstrated their mastery through a written essay using a Claim, Evidence, and Reasoning format. In their essays, they explained how light behavior makes a security system work, citing evidence from both the Savvas text and their hands-on lab experience.

This engaging project strengthened students’ understanding of physical science concepts while also supporting collaboration, critical thinking, and real-world application of scientific ideas. The Light Maze Museum showcased creativity, scientific reasoning, and the power of experiential learning.