**Zero Robotics Programming Competition** from **MIT/NASA** is a cutting-edge **STEM program** where high school students write code that controls real robots aboard the International Space Station. In this international competition, teams develop algorithms for SPHERES (free-flying satellites) that astronauts run in microgravity during the finals. Recognized by top universities and industry leaders, Zero Robotics blends **science research**, **engineering**, **mathematics**, and **technology** in a uniquely authentic setting that few high school opportunities can match. ### **What Students Do and Learn** Participants (typically grades 9–12) work in teams to design, test, and refine programs that guide virtual satellites through complex missions. Along the way, students strengthen core skills in: - **Programming and algorithms** (e.g., strategy, optimization, debugging) - **Applied physics and mathematics** for motion, navigation, and control - **Engineering design thinking**, from brainstorming to iteration Students gain hands-on experience using simulation tools, analyzing data, and collaborating on long-term projects. Many teams work with mentors from universities, tech fields, or local organizations, giving students exposure to real-world problem-solving and professional communication. ### **Benefits for College, Careers, and Personal Growth** Zero Robotics stands out on college applications because students demonstrate more than interest—they show they can complete a demanding, research-style project with real stakes. Admissions committees and scholarship reviewers value: - Evidence of advanced **STEM** engagement beyond the classroom - Experience working on a NASA-affiliated project - Team leadership, project management, and persistence The competition also helps students explore careers in aerospace, computer science, robotics, and engineering. They gain confidence presenting ideas, defending strategies, and reflecting on failures and improvements. ### **Who Should Apply and Why It Stands Out** Motivated high school students who enjoy coding, problem-solving, robotics, or space exploration will thrive in Zero Robotics—even if they are new to competition programming. This program stands out because students don’t just simulate space missions; their code runs on actual hardware on the ISS. For those seeking a challenging, authentic STEM experience with a direct connection to MIT and NASA, Zero Robotics offers a rare and powerful opportunity.