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首页> 外文会议>International Technology,Education and Development Conference >(316)BENEFITS OF USING SYSTEMS ENGINEERING METHODS, TECHNIQUES, AND TOOLS IN COLLABORATIVE, MULTIDISCIPLINARY, EDUCATION AND TECHNOLOGY PROJECTS AND PROGRAMS: A NASA, UNIVERSITY, AND K-12 CUBESAT EXAMPLE
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(316)BENEFITS OF USING SYSTEMS ENGINEERING METHODS, TECHNIQUES, AND TOOLS IN COLLABORATIVE, MULTIDISCIPLINARY, EDUCATION AND TECHNOLOGY PROJECTS AND PROGRAMS: A NASA, UNIVERSITY, AND K-12 CUBESAT EXAMPLE

机译：（316）利用系统工程方法，技术和工具在协作，多学科，教育和技术项目和计划中的益处：NASA，大学和K-12 Cubesat示例

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摘要

The art and science of systems engineering has long been an invaluable methodology in bringingcomplex, multi-disciplinary systems into being in an efficient and cost effective manner. Stemmingfrom systems science and adopted and advanced largely by the US defence community, the systemsengineering approach uses a management framework and applies a set of tools and techniques tointegrate the activities of diverse teams, across disciplines, companies, organizations, and evennational boundaries. In this paper, we show how systems engineering methods can be used tointegrate the activities of academic, governmental, and industrial education and technology projectsand programs. We show how the systems engineering process was used to plan and establish thefeasibility of a collaborative effort between NASA, universities, a K-12 educational institution, andindustry in implementing a CubeSat experiment to gather critical launch and flight information anddownlink this information to a NASA facility within 24 hours of experiment completion.
机译：艺术和系统工程的科学早已bringingcomplex，多学科系统的一个非常宝贵的方法论为在效率和成本效益的方式之中。 Stemmingfrom系统科学和美国防务界采用和先进很大程度上，该systemsengineering方法使用管理框架和应用一组工具和技术tointegrate多元化团队，跨学科，企业，组织和evennational边界的活动。在本文中，我们将展示如何工程的方法系统可以tointegrate学术，政府和工业部门的教育和技术projectsand计划的活动中使用。我们展示工程过程的系统是如何被用来计划，并设立美国航空航天局的一个合作努力的thefeasibility，大学，一个K-12教育机构，andindustry在实施的CubeSat实验收集重要的发射和飞行信息和下行这一信息提供给NASA设施24小时实验完成的范围内。

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