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PROMOTION OF SATELLITE TECHNOLOGY AND AEROSPACE ENGINEERING THROUGH AN INTERNATIONALLY DESIGNED TABLETOP WIND TUNNEL

机译:通过国际设计的桌面风洞促进卫星技术和航空航天工程

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The ALLiance for International Excellence among the future Space workforce (ALLIES), which was established between the Cape Peninsula University of Technology (CPUT) in Cape Town, South Africa and the University of Alabama in Huntsville (UAH) in Huntsville, Alabama (AL) in 2012,has delivered a third, jointly designed, Science, Technology, Engineering, and Mathematics (STEM) tool- specifically, a tabletop wind tunnel. The wind tunnel will be utilized to promote the awareness of satellite technology and aerospace engineering among the future space workforce in these two nations. The purpose of the tabletop wind tunnel is to function as a STEM tool for St. John's Middle School in Madison, AL and a typically disadvantaged high school, Elsevier, in South Africa. The tabletop wind tunnel allows for the visual observation of flow patterns around various geometrically shaped test articles in order for the students to view the flow streamlines. The learning outcomes in association with the wind tunnel will be incorporated in the curriculum of each Kindergarten through 12~th grade (K-12) school to promote learning in the STEM fields with an emphasis upon satellite technology and aerospace engineering, in general. The learning materials will reflect how airflow, lift, and thrust are directly related to the design of various vehicles, aircraft, and rockets which launch the satellites into orbit. Apart from promoting STEM and satellite technology amongst the learners of the K-12 schools, the engineering students from UAH and CPUT utilized a design process in accordance with the United States (US) National Aeronautics and Space Administration (NASA) Systems Engineering (SE) handbook. Thus, the university students garnered tremendous international collaboration and design experience that accelerated their ability to work on international efforts in their future careers. The present paper will provide a brief overview of the ALLIES partnership, the tabletop wind tunnel design process, and the learning materials developed. Early details of the learning outcomes and benefit of the STEM tools upon US and South African K-12 students will be reported.
机译:未来的太空劳动力(盟友)的国际卓越联盟是在开普敦,南非和阿拉巴马大学在亨茨维尔(Alabams)(Al)的亨茨维尔(UAH)之间建立的2012年,已经提供了三分之一,共同设计,科技,工程和数学(Stew)工具 - 具体而言,桌面风洞。风洞将用于促进这两个国家未来空间劳动力的卫星技术和航空航天工程的认识。桌面风洞的目的是在南非麦迪逊,AL和通常处于弱势高中,米尔·米德尔的中学为圣约翰中学的茎工具用作St. John的中学。桌面风洞允许在各种几何形状的测试制品周围的流动模式视觉观察,以便学生查看流程流线。与风洞相关联的学习结果将在每个幼儿园的课程中通过12〜年级(K-12)学校,以促进在斯蒂芬领域的学习,并强调卫星技术和航空航天工程。学习材料将反映气流,电梯和推力与各种车辆,飞机和火箭的设计直接相关,该火箭在轨道中发射卫星。除了在K-12学校学习者中促进阀杆和卫星技术,来自UAH和Put的工程学生利用了根据美国(美国)国家航空航天局(NASA)系统工程(SE)的设计过程手册。因此,大学生获得了巨大的国际合作和设计经验,加速了他们在未来职业生涯中努力工作的国际努力的能力。本文将简要概述盟友合作伙伴关系,桌面风洞设计过程,以及开发的学习材料。据报道,将报告在美国和南非K-12学生的学习成果和益处的早期细节。

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