The **Zero Robotics Competition**, run by **MIT** in collaboration with **NASA**, challenges high school students to write code that controls small robotic satellites (SPHERES or similar platforms) on the **International Space Station (ISS)**. Teams progress through simulation-based rounds on Earth, refining their algorithms to complete tasks such as navigation, object avoidance, or coordinated movement. Top teams earn the chance to have their programs uploaded and executed live on the ISS, with the finals typically **broadcast from space** and operated by astronauts. This program is well-suited for students interested in **computer science**, **aerospace engineering**, **robotics**, or **applied mathematics**, especially those who enjoy problem-solving, algorithm design, and working in teams. Participants gain experience with: - **Programming** and algorithm development in a real-world environment - **Version control, testing, and debugging** in a complex system - **Teamwork and technical communication** across roles such as coding, strategy, and documentation Because Zero Robotics involves authentic engineering challenges and collaboration with leading research institutions, participation can be a strong addition to **college applications**, especially for STEM-focused pathways. It demonstrates initiative, sustained engagement with a rigorous technical project, and the ability to apply classroom concepts to space-based systems. Students should be comfortable with or interested in learning to code and ready to commit to a structured, team-based competition season.