MARINE RESEARCH AND CONSERVATION
Cultivating The Next Generation of Ocean Exploration: Advancing STEM Education!
KEA
plans to start an underwater robotics program as a tool to promote marine
science and conservation in East Africa. Underwater robotics is an effective
means of promoting STEM education. Beginning in 2016, KEA will lead a team of
marine ecologists and students from California on an annual expedition as part
of a Marine Science Short Course program to East Africa. In this program they will spend three weeks
running a workshop on Marine Ecology via Remote Observation. Students will
build OpenROVs from scratch and design their own ROV-based research projects.
The ROVs built during the course, as well as all supporting hardware, will remain in East African Schools after the course, as a permanent resource for students and ecologists. Underwater robotics (ROVs) provide a powerful platform for ocean exploration. OpenROV, based in Berkeley, California, creates inexpensive ocean exploration kits that are within the reach of even the most resource-limited organizations. Their innovative software package can allow students, instructors, and explorers to access and drive an OpenROV from anywhere that is internet-accessible. OpenROV seeks to harness human ingenuity and the desire for discovery needed to mold the next century of marine explorers.
Of course, not all institutions have access to ocean-class oceanographic vessels or multi-millions of dollars. Nor are all research questions answered using the narrow limits of a conventional SCUBA diving system. And not everyone who wants to explore the oceans can swim. Therefore, OpenROV fills a critical equipment gap in marine science and conservation, particularly in regions with limited access to essential resources. Clearly, OpenROV is going to play a pivotal role in the next century of marine science, conservation, and exploration.
The ROVs built during the course, as well as all supporting hardware, will remain in East African Schools after the course, as a permanent resource for students and ecologists. Underwater robotics (ROVs) provide a powerful platform for ocean exploration. OpenROV, based in Berkeley, California, creates inexpensive ocean exploration kits that are within the reach of even the most resource-limited organizations. Their innovative software package can allow students, instructors, and explorers to access and drive an OpenROV from anywhere that is internet-accessible. OpenROV seeks to harness human ingenuity and the desire for discovery needed to mold the next century of marine explorers.
Of course, not all institutions have access to ocean-class oceanographic vessels or multi-millions of dollars. Nor are all research questions answered using the narrow limits of a conventional SCUBA diving system. And not everyone who wants to explore the oceans can swim. Therefore, OpenROV fills a critical equipment gap in marine science and conservation, particularly in regions with limited access to essential resources. Clearly, OpenROV is going to play a pivotal role in the next century of marine science, conservation, and exploration.
School-to-School-Partnerships:
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