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AIAA Utah Section Supports Local Robotics Team

机译:Aaue Uate Day Spectors本地终止者团队

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摘要

The Intergalactic Bionic Porcupines First Lego League (FLL) robotics team received the Utah State Champion's recognition and is going to the FIRST World Robotics Festival in Houston this April to represent the state of Utah and as one of the representatives of the United States. FLL is for kids ages 9-14 and teaches them STEM activities such as building and programming a robot and presenting original project research. Over 270 teams participate in FLL in Utah and 32,000 across the world. This year's FLL theme was improving long duration spaceflight. The robot game missions imitated space-related activities such as asteroid deflection, rescuing an astronaut, and crossing a simulated Mars crater. The team builds their autonomous robot using the EV3 Lego processor, which is programmed in a version of Lab View. The EV3 Lego processor drives attachments of Lego Technic parts built by the kids to perform the robot game missions. In researching their project, the team met with astronauts, attended the Small Sat Conference at Utah State University, and spoke with NASA experts. The team prepared original research for their project by making and testing bricks and tools from simulated Mars soil (provided by University of Central Florida). Working with the University of Utah and Salt Lake Community College, the team manufactured and evaluated the strength of bricks and tools made from Mars simulated soil using 3D printing technology and various binders.
机译:IntergalActic Bionic Porcupines First Lego联赛(FLL)机器人团队获得了犹他州冠军的认可,并将参加休斯敦的第一个世界机器人节今年4月,代表犹他州,作为美国的代表之一。 FLL适用于9-14岁的儿童,并教授它们的干部活动,如建立和编程机器人并提出原始项目研究。超过270支球队参加了犹他州的FLL,全球32,000名参加了FLL。今年的FLL主题正在改善持续时间长的空间。机器人游戏任务模仿空间相关的活动,如小行星偏转,救援宇航员,并穿过模拟火星火山口。该团队使用EV3 Lego处理器构建自主机器人,该处理器在Lab视图的版本中编程。 EV3 Lego处理器驱动小孩建造的乐高技术零件的附件来执行机器人游戏任务。在研究他们的项目时,团队会见了宇航员,参加了犹他州州立大学的小组周六会议,并与美国宇航局专家谈过。该团队通过制造和测试模拟火星土壤的砖头(由佛罗里达州中部大学提供)为其进行了原创研究。该团队与犹他大学和盐湖社区学院合作,制造和评估了使用3D印刷技术和各种粘合剂的MARS模拟土壤制造的砖和工具的实力。

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  • 来源
    《Aerospace America》 |2019年第6期|57-57|共1页
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  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
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