Students in Ms. Myer's Science Club at Liberty Middle School put weeks of creative engineering to the test during their final club meeting, completing their egg-protecting contraptions before a series of increasingly dramatic drop tests. The challenge pushed students to think carefully about physics principles — impact forces, deceleration, and weight distribution — as they designed their protective devices.

Not all approaches were the same. Some students relied on layers of padding and structured bracing to cushion their egg's fall, while others incorporated homemade parachutes designed to slow the contraption's descent before impact. The variety of designs on display reflected the creative problem-solving and scientific reasoning students had developed throughout the year.

The drops began at an accessible height from the bleachers before escalating to the ultimate test: Ms. Myer herself climbed to the roof of the school to launch the final round of contraptions. The egg drop challenge is a classic engineering activity beloved in science classrooms for good reason — it is equal parts suspense, science, and celebration of the iterative design process that defines engineering thinking.