The ROV (Remotely Operated Vehicle) program introduced students to the exciting world of underwater robotics through hands-on learning sessions at their schools. During these educational visits, students experienced building and operating underwater robots in their school facilities. Teen mentors helped younger students construct basic ROVs, teaching them fundamental concepts in buoyancy, propulsion, and underwater movement. Using the school pool, students learned to maneuver their robots through simple tasks, discovering basic engineering principles in a fun, engaging way. The program showed students how ROVs are used in real-world applications, from marine research to underwater maintenance. These school sessions made underwater robotics accessible to students who might not otherwise have exposure to this technology, sparking interest in STEM careers while building problem-solving skills.
In an ROV (Remotely Operated Vehicle) session, kids get hands-on experience building and operating underwater robots. They learn basic engineering concepts like buoyancy, propulsion, and waterproofing while assembling their ROVs using motors, PVC pipes, and other materials. Students practice teamwork as they wire controls, troubleshoot problems, and test their vehicles in water. They also gain practical skills in piloting their ROVs to complete underwater challenges like collecting objects or navigating obstacles, similar to how real ROVs are used by scientists and engineers for ocean exploration and underwater research.
The ROV (Remotely Operated Vehicle) program introduced students to the exciting world of underwater robotics through hands-on learning sessions at their schools. During these educational visits, students experienced building and operating underwater robots in their school facilities. Teen mentors helped younger students construct basic ROVs, teaching them fundamental concepts in buoyancy, propulsion, and underwater movement. Using the school pool, students learned to maneuver their robots through simple tasks, discovering basic engineering principles in a fun, engaging way. The program showed students how ROVs are used in real-world applications, from marine research to underwater maintenance. These school sessions made underwater robotics accessible to students who might not otherwise have exposure to this technology, sparking interest in STEM careers while building problem-solving skills.
The ROV (Remotely Operated Vehicle) program introduced students to the exciting world of underwater robotics through hands-on learning sessions at their schools. During these educational visits, students experienced building and operating underwater robots in their school facilities. Teen mentors helped younger students construct basic ROVs, teaching them fundamental concepts in buoyancy, propulsion, and underwater movement. Using the school pool, students learned to maneuver their robots through simple tasks, discovering basic engineering principles in a fun, engaging way. The program showed students how ROVs are used in real-world applications, from marine research to underwater maintenance. These school sessions made underwater robotics accessible to students who might not otherwise have exposure to this technology, sparking interest in STEM careers while building problem-solving skills.