As part of the Science learning activities, students activity engaged in a hands-on engineering challenge inspired by NASA's spacecraft design process. The objective was to encourage learners to apply scientific concepts, particularly the properties of matter, while developing their creativity, critical thinking, and problem-solving skills.

The students were provided with a variety of materials and challenged to design and construct a model spacecraft capable of protecting a marshmallow, which represented an astronaut or valuable spacecraft payload. In planning and building their models, students carefully considered the different properties of matter, including hardness, elasticity, strength, lightness, flexibility, and durability, to determine the most suitable materials for their spacecraft.

Upon completion of their designs, each group's spacecraft underwent a drop test from a height of approximately 10 meters. The objective was to ensure that the marshmallow remained undamaged after landing. To accomplish this, students incorporated scientific principles such as air resistance, surface area, impact force, and shock absorption into their designs, enabling their spacecraft to descend safely and absorb the impact of the fall.

Throughout the activity, students demonstrated creativity, collaboration, critical thinking, and problem-solving skills while following the engineering design process of planning, constructing, testing, evaluating, and improving their prototypes.

Overall, the activity successfully reinforced the relationship between the properties of matter and their practical applications in engineering and real-world problem-solving. It provided students with an engaging learning experience that fostered innovation, scientific inquiry, and collaborative learning while introducing them to the challenges faced by aerospace engineers.