首页> 外文会议>International Astronautical Congress >LEAP2 AND LCATS INDUSTRY CLUSTERS: A FRAMEWORK FOR LUNAR SITE TECHNOLOGY DEVELOPMENT USING GLOBAL SPACE-STEM EDUCATION AND GLOBAL SPACE-INDUSTRY DEVELOPMENT NETWORKS
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LEAP2 AND LCATS INDUSTRY CLUSTERS: A FRAMEWORK FOR LUNAR SITE TECHNOLOGY DEVELOPMENT USING GLOBAL SPACE-STEM EDUCATION AND GLOBAL SPACE-INDUSTRY DEVELOPMENT NETWORKS

机译:Leap2和LCATS行业集群:使用全球空间茎教育和全球空间行业发展网络的月球网站技术开发框架

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Industry clusters, considered the building blocks of modern economies, are an economic concept used to identify and define the geospatial density, growth and network behavior associated with innovation and economic performance. Our research uses cluster analysis related to space-STEM education and space-industry to identify aerospace system-sector industry clusters and factors on a global scale related to lunar site technology development. The goal is to document and encourage space-industry cluster network development, facilitating space-STEM workforce and economic development for communities, based on technologies relevant to particular community areas of interest and aerospace resources. Using a wheel model of unique industrial system-sectors needed for lunar site technology development, analyses and documentation of clusters and factors can assist potential system-sector collaborators in commercial exploration architecture development to cluster network participation and design of space-STEM development. At present, system-sector components for lunar exploration architectures include: satellite communications (Mexico), mission operations (Germany), ISRU and vacuum chamber test environment (Korea), and lunar ecosystem and architectural prototype development (United States). Development of these initial system-sectors are underway through the LCATS and LEAP2 Global Space-STEM Education Network project. "Lunar Caves Analog Test Sites (LCATS) for Space- STEM Learning Performance", featuring a Lunar Ecosystem and Architectural Prototype (LEAP2). To expand the LCATS and LEAP2 initiative, our research seeks to identify, map, and analyze potential collaborating corporate and industry players representing other system-sector components needed for lunar site development from the perspective of evolving a global space-STEM education network beneficial to the local community of the collaborating organization relevant to their expertise in system-sector component development
机译:工业集群被认为是现代经济体的建筑块,是用于识别和定义与创新和经济表现相关的地理空间密度,增长和网络行为的经济概念。我们的研究使用与空间阀杆教育和空间行业相关的集群分析,以识别航空航天系统部门产业集群和因素,以与月球现场技术发展有关的全球规模。目标是根据与特定社区兴趣和航空航天资源相关的技术,记录和鼓励空间产业集群网络发展,促进社区的空间劳动力和经济发展。使用月球网站技术开发所需的独特工业系统部门的轮型,分析和集群和因素的文件可以帮助潜在的系统部门合作者在商业勘探建筑开发中,以集群网络参与和空间茎干发展的设计。目前,月球勘探架构的系统部门组件包括:卫星通信(墨西哥),使命运营(德国),ISRU和真空室测试环境(韩国)以及农历生态系统和建筑原型发展(美国)。这些初始系统部门的发展正在通过洛克斯和Leap2全球空间茎教育网络项目进行。 “Lunar Caves模拟测试站点(LCATS)用于空间学习绩效”,具有月球生态系统和架构原型(Leap2)。为了扩大LCATS和LEAP2计划,我们的研究旨在识别,地图和分析代表农历现场开发所需的其他系统部门组件的潜在合作公司和工业参与者从不断发展的全球空间茎教育网络的角度来看合作组织的地方社区与其在系统部门成分发展中的专业知识相关

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