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H20 Robo Kids

Using plastic piping, marshmallows, cork and other everyday items, fourth and fifth graders at Foshay Learning Center get a hands-on lesson in robotics and ocean science as part of the Joint Educational Project’s Young Scientist Program.

At the "Plankton Races" science station, students from Foshay Learning Center use pipe cleaners, cork, paper clips and other items to create plankton-like structures to study buoyancy, density and surface area. Their goal is to construct a form that will hover in a small tank of water without sinking or floating to the top to study how phytoplankton and zooplankton function in seawater. Photo by D.J. Kast.
At the "Plankton Races" science station, students from Foshay Learning Center use pipe cleaners, cork, paper clips and other items to create plankton-like structures to study buoyancy, density and surface area. Their goal is to construct a form that will hover in a small tank of water without sinking or floating to the top to study how phytoplankton and zooplankton function in seawater. Photo by D.J. Kast.

At his playground, fourth grader Leonel Aquino ditched the jungle gym to construct from polyvinyl chloride pipe an underwater remotely operated vehicle — or ROV.

“This is like making Legos but bigger,” said Aquino, who was following a schematic illustration showing him how the pipes should fit together. “It’s scientific and fun.”

Once assembled, the ROV would be attached to a remote control robotic arm and dropped into a nearby above-ground pool where Aquino and his classmates would observe how the structure’s aerodynamics respond to being moved around in the water. Students would also try to pick up objects in the water such as small, orange construction cones.

Aquino was participating in a studio held by the Joint Educational Project’s Young Scientist Program (YSP), based at USC Dornsife. On March 6, the playground at the James A. Foshay Learning Center’s Elementary Village near USC was transformed into a science laboratory.

Surrounding the jungle gym, stations with names such as “ROV Building,” “Plankton Races,” “Marshmallow Mash” and “Cartesian Divers” invited Foshay’s fourth and fifth graders to learn about underwater scientific concepts such as pressure, volume and buoyancy.

The project teaches students engineering concepts, problem-solving and teamwork, said D.J. Kast, YSP director, who organized the day’s robotics program. YSP is a partnership with five USC community schools in which undergraduates help promote science literacy to fourth and fifth graders and encourage careers in science, technology, engineering and mathematics (STEM) fields through hands-on scientific demonstrations.

“In scientific investigations, ROVs can be used to monitor and collect information underwater,” Kast noted. 

“Our goal with this studio is to introduce the idea of underwater robotics in an engaging way, and allow the students to explore a new STEM field. Students get to see how fun disciplines like engineering can be and the real-life applications.”

The afternoon robotics studio at Foshay was made possible in part by the Newport Beach, Calif., organization ExplorOcean, which provided many of the scientific tools for the students.

 


SLIDESHOW: Photos by D.J. Kast and Michelle Boston.

Wendy Marshall, who earned her Ed.D. in 2012 from the USC Rossier School of Education, is director of education at ExplorOcean. “Our main objective is to develop the explorer within,” she said, noting that partnering with YSP was an ideal complement to ExplorOcean’s mission of teaching ocean literacy along with critical-thinking and problem-solving skills.

At the Cartesian Divers station, students learned about pressure forces encountered by scuba divers.

“Is air lighter or heavier than water?” Andie Lichtman, a graduate student at USC Rossier School of Education, asked students.

“Lighter!” the students replied.

Lichtman directed them to test the theory. She gave students bottles filled with water and instructed them to place inside a small plastic toy squid with an air-filled pipette, then screw on the cap. When the children squeezed the bottle, the squid sank to the bottom.

“When you squeeze the bottle, you’re compressing the air in the pipette, which helps the squid to sink,” Lichtman said. “Think about when you’re in a pool where you have to let all of the air out of your lungs to sink,” she explained. “Otherwise you just float. Scuba divers wear weights to help them dive.”

Fourth grader Kimberly Trinidad experimented by adding metal bolts to her toy squid to help it sink to the bottom of the bottle. Her favorite part about the project?

“Getting wet!” she said. “I like doing these kinds of activities where we’re trying out what we’re learning.”

USC students also learn from the experience. Part of YSP’s mission is to provide valuable teaching and mentoring opportunities to undergraduate and graduate science majors, Kast said. The student assistants use their classrooms lessons as teaching tools.

“Teaching requires them to understand the fundamental principles of science in detail and clearly explain them to fourth and fifth graders,” Kast said. “They have the opportunity to lay a strong science foundation for these children.”

Olivia Clifford, a senior psychology major, has been working with JEP and YSP for two years. Currently, she teaches through JEP at Norwood Street Elementary School in Los Angeles.

“One of my main focuses in psychology is developmental and child psychology, so being able to be in a classroom and see firsthand how students learn and interact is really helpful,” Clifford said.

Clifford saw the activities as a way to enhance the science curriculum she and her peers teach in local elementary schools.

“Here, they see science visually versus just reading it from a text book,” she said. “Today puts it all together. This studio outside gives them a whole different experience than being in the classroom.”