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Prof."It’s nice to be able to be with a group and do something meaningful and open their minds to what type of jobs and careers are there," Usita said. "In Guam, we just depend on the ocean so much so I think it’s a great opportunity. Students learn about sustainable design concepts for fossil fuels, photovoltaics and wind energy."All I did was give them motors and a control, and I gave them uncut PVC pipe," Prof. "
‘You could build robots to survey the land. Sunga, a science professor at the college. Sunga led students as they drew up their own blueprints, cut PVC pipe and worked with a motor and control to make the robots.’"The robotics course is part of a six-day clinic on sustainable technologies.
"Then I said, ‘OK, let’s go and start cutting. A few teams made it through the entire course, but design flaws prevented some robots from getting past the first few obstacles.".A group of students in Guam is learning about the connection between marine robotics and environmental sustainability by creating their own underwater robots. You can build robots to do the science and help in sustainability. Sunga said.The group of 20 students, ages 15 to 17, is participating in a two-week sustainable technologies clinic put on by Guam Community College. The students tested their homemade robots Wednesday at an aquarium in Tumon, the Pacific Daily News reported. On Wednesday, the students headed to Underwater World to put their creations to the test in an underwater obstacle course at the tunnel aquarium.Lumogda and Ann Aleise Kealihek, a home-educated eighth-grader, said they were proud of their team’s robot for completing the course. "If it were any more complex, it would have just sunk.Linda Usita, a parent who attended the underwater course, said she is happy her daughter could participate in the clinic.’
"Students worked on the robots in groups of four and after one full day of designing and building, they tested their models in a swimming pool."Each team was timed as they guided their robots between small yellow buoys at varying depths. You can build robots to search and rescue someone."The simplicity really helped the buoyancy," said Fredlyn Rose Lumogda, a member of the team and senior at Tiyan High School. "I’m teaching them about marine sustainability and not just teaching them why corals are important, but teaching them,
‘Hey, there’s a job out there,’" said the program’s director A.J. One team, called H20, used front drive motor a three-blade propeller, motor and floats to keep their robot buoyant enough to move along the course.
‘You could build robots to survey the land. Sunga, a science professor at the college. Sunga led students as they drew up their own blueprints, cut PVC pipe and worked with a motor and control to make the robots.’"The robotics course is part of a six-day clinic on sustainable technologies.
"Then I said, ‘OK, let’s go and start cutting. A few teams made it through the entire course, but design flaws prevented some robots from getting past the first few obstacles.".A group of students in Guam is learning about the connection between marine robotics and environmental sustainability by creating their own underwater robots. You can build robots to do the science and help in sustainability. Sunga said.The group of 20 students, ages 15 to 17, is participating in a two-week sustainable technologies clinic put on by Guam Community College. The students tested their homemade robots Wednesday at an aquarium in Tumon, the Pacific Daily News reported. On Wednesday, the students headed to Underwater World to put their creations to the test in an underwater obstacle course at the tunnel aquarium.Lumogda and Ann Aleise Kealihek, a home-educated eighth-grader, said they were proud of their team’s robot for completing the course. "If it were any more complex, it would have just sunk.Linda Usita, a parent who attended the underwater course, said she is happy her daughter could participate in the clinic.’
"Students worked on the robots in groups of four and after one full day of designing and building, they tested their models in a swimming pool."Each team was timed as they guided their robots between small yellow buoys at varying depths. You can build robots to search and rescue someone."The simplicity really helped the buoyancy," said Fredlyn Rose Lumogda, a member of the team and senior at Tiyan High School. "I’m teaching them about marine sustainability and not just teaching them why corals are important, but teaching them,
‘Hey, there’s a job out there,’" said the program’s director A.J. One team, called H20, used front drive motor a three-blade propeller, motor and floats to keep their robot buoyant enough to move along the course.
Posté le 23/11/2021 à 04:47 par brpeedush
Catégorie Storage Battery