Students will dive into the world of aerodynamics by investigating how parachute design elements impact flight duration in a wind tunnel. Through hands-on experiments and iteration, students will explore scientific principles and develop critical thinking skills. This project encourages collaboration, creativity, and real-world problem-solving, culminating in a showcase where students present their designs and discuss their learning journey with peers and the community.

Students will explore principles of aerodynamics by experimenting with different parachute designs, enabling them to understand how shape, material, and size affect air resistance and flight duration. Critical thinking and problem-solving skills will be honed as they analyze trial data to identify design improvements and iterate on their prototypes. The project aims to deepen students' understanding of the scientific inquiry process through reflection, peer feedback, and revision, fostering a collaborative learning environment.

Students will create a series of mini-parachutes using different materials, sizes, and designs. Throughout the project, they will document each design's airtime and analyze test data to refine their prototypes. At the Parachute Showcase Day, they'll present their optimized parachutes, highlighting which designs excelled and discussing insights from peer feedback and aerodynamics experimentation. Each student will compile a comprehensive design portfolio featuring sketches, iterations, and testing evidence, showcasing their learning journey and creative process. Collaborative reflection workshops will refine the students' prototypes, promoting thoughtful revision based on empirical data.

Kick off the learning experience with a dynamic 'Parachute Science Day' event. Set up interactive stations around the classroom where 6th-grade students can explore the fundamentals of parachute design through hands-on activities. Encourage experimentation by having students build mini-parachutes and conduct trials to observe air resistance. This engaging launch will spark curiosity and lay the groundwork for their project-based exploration over the next two weeks.

Students will showcase their parachutes at the 'Parachute Showcase Day,' where they will demonstrate their designs in action and present their process and findings to peers, family, and visitors. They will detail modifications made based on feedback and testing data, explaining how each change improved the parachute's performance in terms of airtime in the wind tunnel. Display tables will feature students' design portfolios, including sketches, trial data, and iterations, allowing attendees to appreciate the depth of each student's learning journey.