In a Middle School math classroom, equations are taking flight—literally. This week, Middle School students in algebra 1B classes are using virtual reality to explore math by acting as ballistics engineers, learning how to predict the paths of flying objects.

Stephanie Windes, mathematics teacher, leads students in using math to model how a projectile moves through the air, anticipating its highest point and landing. She is also helping them explore how changing factors like the object’s starting speed can change its entire flight. 

“They’re not just doing math,” said Ms. Windes. “They’re seeing how math shapes the real world, from NASA engineers planning spacecraft landings to architects designing bridges and sports analysts tracking the hang time of a football.”

Middle School students are able to instantly compare their predicted landing points with actual results by using VR. Traditional math often remains abstract on paper, but in the virtual environment, a miscalculation sends a projectile overshooting or falling short of its target. According to Ms. Windes, these visuals “aha!” moments turn abstract formulas into tangible experiences.

The classroom hums with energy as Middle School students work in “Launch Teams.” One student pilots the VR headset while teammates in “Mission Control” calculate the correct velocity to achieve the desired trajectory. This collaborative approach promotes teamwork, communication, and problem-solving skills.

The biggest takeaway is the boost in students’ confidence according to Ms. Windes. “When a student successfully ‘predicts the future’ with a quadratic equation, they stop thinking they’re ‘not good at math’ and start seeing themselves as capable problem solvers.”