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ARLISS'S CONTRIBUTION TO SPACE EDUCATION - INTERNATIONAL CANS AT COMPETITION

机译:爱丽丝对空间教育的贡献-国际罐头大赛

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In this paper, we introduce the international Can Satellite (CanSat) competition- A Rocket Launch for International Student Satellites (ARLISS), and describe how ARLISS has contributed to the space education in Japan. Before the description of ARLISS, we explain about the brief histories of the Japanese space engineering in general and of University Space Engineering Consortium (UNISEC) in specific. These histories are deeply related to the nature of ARLISS, which would be contributed to its understanding. At first, we describe the outline of ARLISS. Secondly, its history and the origin are stated. Thirdly, we introduce participating teams and laboratories which have won the prizes in the past. Then, we will touch on how ARLISS, has contributed to Japanese space education from several viewpoints. As is the case with many counties, CanSat is used as a practical and educational tool in order to understand the function of the satellite systems and to utilize our accumulated know-hows for a satellite. This is a good educational step to be taken before we learn a real satellite. Of course, ARLISS is the CanSat competition and has a long history with several achievements. In this sense, it is clear that ARLISS is one of the programs which has made valuable contribution to space education. Especially, in ARLISS, a rocket is used to send CanSat up, so participants have to design CanSat with higher reliability, which makes it much more difficult to achieve the mission. In Japan, ARLISS has a special meaning. It gives university students unique experiences of not only making something new, but also learning "System Engineering" and "Project Management", such as "V-model" of the System Engineering and "Work Breakdown Structure". These are important factors which would help participants to achieve the mission, and these experiences will be applied to several situations. This is very practical and effective method for space education. Moreover, the framework, "SPindle (SE/PM introductory lesson)", has contributed to help students to learn them by mentors. ARLISS is one of the international CanSat competitions, but it has some characteristics when compared with other competitions. This paper describes the difference, and then makes clear the strong points and some issues. Finally, the future plans for ARLISS are mentioned: for example, the collaboration between the rocket team and the CanSat team in collaboration with UNISEC, and the CanSat competition for technical validation tests which will lead to interplanetary exploration.
机译:在本文中,我们介绍了国际Can卫星(CanSat)竞赛-国际学生卫星的火箭发射(ARLISS),并介绍了ARLISS如何为日本的太空教育做出了贡献。在描述ARLISS之前,我们先简要介绍一下日本太空工程学的简要历史,尤其是大学太空工程学联盟(UNISEC)的简要历史。这些历史与ARLISS的性质密切相关,这将有助于对其的理解。首先,我们描述ARLISS的轮廓。其次,阐述了它的历史和起源。第三,介绍过去曾获奖的参赛团队和实验室。然后,我们将从几个角度探讨ARLISS如何为日本太空教育做出贡献。与许多县一样,CanSat被用作一种实用的教育工具,以了解卫星系统的功能并利用我们积累的卫星专业知识。在学习真正的卫星之前,这是一个很好的教育步骤。当然,ARRLISS是CanSat竞赛,历史悠久,并取得了许多成就。从这个意义上讲,很明显,ARRISS是为空间教育做出了宝贵贡献的计划之一。特别是在ARLISS中,火箭被用来发射CanSat,因此参与者必须设计具有更高可靠性的CanSat,这使得完成任务变得更加困难。在日本,ARRISS具有特殊的含义。它不仅为大学生提供独特的体验,他们不仅可以制作新作品,还可以学习“系统工程”和“项目管理”,例如系统工程的“ V型”和“工作分解结构”。这些是有助于参与者完成任务的重要因素,这些经验将适用于多种情况。这是用于空间教育的非常实用和有效的方法。此外,“ SPindle(SE / PM入门课程)”框架有助于帮助学生通过导师学习。 ARLISS是国际CanSat比赛之一,但与其他比赛相比,它具有一些特点。本文介绍了它们之间的区别,然后阐明了长处和一些问题。最后,提到了ARLISS的未来计划:例如,火箭团队与CanSat团队与UNISEC合作,以及CanSat竞争技术验证测试的竞赛,这将导致行星际探索。

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