by Hayaan Parchwani, Parv Bhattar
Project Outcome: The final outcome was a working car ramp system designed for early years students, demonstrating motion, force, and simple machines in action. The ramp’s steep incline gave the car momentum, while a second ramp at the end provided a bounce, sending it into a bucket. Through testing and refinement, the student ensured the toy was both fun and educational, making it an engaging hands-on learning tool and an exhibition-worthy project.
Project Description: This project, part of the Simple Machines unit under the transdisciplinary theme How the World Works, centered around solving a real-world problem—designing a toy for early years students using simple machines. The student developed an engaging car ramp system that incorporated multiple inclined planes to demonstrate how height and slope affect motion. Throughout the process, the student applied their understanding of simple machines, forces, and motion, testing various angles and heights to achieve the desired outcome. This hands-on project showcased not only their creativity, problem-solving, and engineering skills but also highlighted the practical application of scientific concepts in a fun and interactive way—making it a truly exhibition-worthy endeavor.