This past month, sixty primary and middle school educators from the Bermuda Union of Teachers came to BIOS to participate in a professional development workshop focused on marine robotics.  The workshop involved PVC pipes, car batteries, foam noodles, propellers, and a race against time as participants were challenged to build their own Remotely Operated Vehicles (ROVs) for launch into the Sargasso Sea. Successful ROVs are neutrally buoyant and can be maneuvered through the water to complete tasks, mimicking the professional classes of underwater robotics used around the world to collect data for science and industry.

What do golden rafts of seaweed, great ocean currents, and ghost stories have in common?  They all play a part in the history and ecology of the Sargasso Sea, the focus of the 2012 Explorer program at BIOS that introduced 1300 primary students to hands-on marine biology, chemistry, and physics. With the recent publication of an “Expedition Sargasso” lesson plan by Kaitlin Baird, Assistant Director of Science Education Programs at BIOS, many more students will be able to discover the unique communities that thrive in Sargassum seaweed and explore the interconnectedness of ocean ecosystems.

The BIOS education team proudly accepted the TechAwards14 “Most Innovative Youth Project” for Ocean Academy’s HSBC Explorer program. The team sincerely thanks the Ministry of Education and Economic Development, and the sponsors of Ocean Academy.

The sixgill shark approached the camera deployed from a boat floating five miles offshore Cooper’s Island in Bermuda, then did what sharks often do: tried to eat it.

Over the last five years, the Bermuda Institute of Ocean Sciences (BIOS) has welcomed thousands of primary students through its doors to participate in the Explorer Program. Part of BIOS’s yearlong Ocean Academy, the program offers students and teachers an opportunity to learn about local issues through a variety of hands-on lessons and activities.

Have you ever wondered how scientists can tell how old a fish is? Or what a fish’s body and tail shape can tell you about how it swims and where it lives? For many people, fish are simply what’s on the menu, but at the 2014 HSBC Explorer Program, BIOS education staff gave students and teachers the opportunity to learn about fish from nose to tail, and from the inside out.

Each year, around this time, high school students are faced with the often-daunting task of deciding what to do in the upcoming summer months. Volunteer? Study abroad? Work? Intern? While the final decision rests upon many factors, Bermudian students interested in pursuing careers in the ocean or atmospheric sciences have to look no further than the Bermuda Institute of Ocean Sciences (BIOS). Each summer, as part of its Ocean Academy, BIOS runs two programs for high school students that provide unique opportunities to learn and work at the research station.

Experience Bermuda from Shore to Sea. Join a select group of high school students for a once-in-a-lifetime adventure investigating Bermuda’s marine environment at BIOS while learning offshore sailing and navigation, and experiencing the Sargasso Sea on board Bermuda’s 112 ft. national tall ship, Spirit of Bermuda. Led by experienced staff and instructors, this unique joint shore to sea field course gives participants the experience of a sail-training program that infuses a global science perspective with both cultural and historical elements. No sailing experience is required. Eight professional crew provide instruction on basic sailing skills, navigation techniques and safety.

Since 2015, the Mid-Atlantic Robotics IN Education (MARINE) program has been a core component of BIOS’s Ocean Academy, which offers a suite of hands-on education and research opportunities for students and teachers in Bermuda. BIOS is pleased to announce that MARINE has a new lead sponsor in RenaissanceRe, which has generously funded the program for the next two years, supporting the program’s goals of engaging participants in scientific concepts and enhancing science, technology, engineering, and mathematics (STEM) education in the classroom.

The rare and ancient microorganisms that live in Bermuda’s submerged caves intrigue BIOS marine ecologist Leocadio Blanco-Bercial, but venturing into these dark, remote spaces to document and retrieve samples is often logistically difficult, not to mention dangerous. When a colleague mentioned a grant for a portable underwater robot that Blanco-Bercial could instead steer into narrow crevices and twisting tunnels to gather microbe samples and take photos, he set to work on an application.