Description
This activity is thoughtfully tailored for students who are keen to witness how the physics they study in the classroom translates into real-world space missions. Instead of simply memorizing formulas, students are immersed in the dynamic role of mission planners, where they directly apply their understanding of satellite motion, orbital mechanics, and collision prediction using authentic satellite data. The course is structured to seamlessly connect textbook theory with hands-on, practical experience, exposing students to introductory coding and encouraging them to solve complex, real-life problems through critical thinking. This experiential approach not only strengthens foundational STEM skills but also nurtures curiosity, confidence, and a genuine enthusiasm for further studies in engineering, space science, data science, and technology. By the end of the program, students gain invaluable insight into how physics is used to tackle real challenges in mission environments, empowering them to pursue advanced STEM pathways with a strong sense of direction and purpose.