SeaPerch Underwater Robotics Program

# SeaPerch SeaPerch is an innovative, hands-on STEM program sponsored by the Institute of Electrical and Electronics Engineers (IEEE) Foundation and RoboNation. It empowers students to design, build, and operate underwater remotely operated vehicles (ROVs) using a user-friendly kit. This engaging program introduces participants to the exciting world of robotics, engineering, and marine technology while fostering problem-solving and teamwork skills. SeaPerch offers students the unique opportunity to apply engineering concepts in a real-world, underwater environment, making it an ideal extracurricular activity for aspiring engineers, scientists, and innovators. ## Program Structure SeaPerch operates in a hybrid format, blending in-person and virtual components to provide flexibility and accessibility for students across the United States. The program typically begins with teams receiving a hands-on kit containing all the materials needed to construct a functional underwater ROV. Guided by instructional materials and mentors, students work collaboratively to build their ROVs and customize them for specific challenges. Once the ROVs are built, students participate in local or regional competitions, where they test their creations in underwater obstacle courses and challenges. Winners from these events may have the opportunity to advance to the national SeaPerch Challenge. The program duration varies depending on team preferences, but most teams spend several weeks on the design and build process before competing in events. ## What Students Experience Through SeaPerch, students gain direct experience in engineering design, problem-solving, and teamwork. They engage in activities such as cutting and assembling PVC pipes, wiring electronics, and troubleshooting their ROVs. Along the way, participants develop technical skills in marine engineering, robotics, and physics. The program emphasizes experiential learning, allowing students to see the practical applications of STEM fields in action. Mentorship from educators, engineers, and other STEM professionals is a key component, helping students deepen their understanding of engineering principles and explore potential career pathways. Beyond technical skills, students also learn collaboration, critical thinking, and time management as they work in teams to prepare for competition. ## Why It Matters for College Applications Participation in SeaPerch demonstrates a student’s active engagement in STEM, a field highly valued by colleges and universities. The program reflects a commitment to hands-on learning, creativity, and problem-solving—all qualities that admissions officers look for in applicants. By competing in SeaPerch challenges, students show initiative and teamwork, qualities that align with successful academic and extracurricular involvement. Additionally, the program’s focus on engineering and robotics highlights a student's interest in high-demand, cutting-edge fields. ## Eligibility SeaPerch is open to students in grades 6 through 12 across the United States. No prior experience in robotics or engineering is required, making it accessible to beginners as well as experienced STEM enthusiasts. Teams are often formed through schools, community organizations, or independent groups, and the program is entirely free of cost, ensuring that all eligible students can participate. ## How to Participate To participate in SeaPerch, students or their adult mentors can visit the official program website to learn more about registration and access the kit. While specific deadlines vary depending on local teams and competition schedules, it’s recommended to check for updates early in the academic year. Visit the official SeaPerch website at [www.seaperch.org](https://www.seaperch.org) for step-by-step instructions on how to get started, locate local teams or competitions, and access resources for building your ROV. SeaPerch offers an exciting opportunity for students to dive into STEM, build real-world skills, and compete in a national robotics program—all while exploring the underwater world of marine engineering.