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Training Systems Engineers for System Acquisition

机译:培训系统工程师以获取系统

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摘要

An experiential systems engineering training program developed for arncustomer of the California Institute of Technology Industrial Relations Center (IRC) wasrndescribed in a previous paper (Fisher 2001). This program was modified under thernsponsorship of the IRC and the Aerospace Corporation’s training organization, the AerospacernInstitute, to provide systems engineering training for Air Force personnel from the Space andrnMissile Systems Command.rnThe course now includes eight full-day class meetings over a period of 14 weeks with anrninstructor-defined class-long exercise requiring the design of a satellite system. Two coursesrnwere conducted in parallel, offset by one week. Each class of 24 students was divided intorntwo teams. The exercise requires each team to develop a system with a number of pre-definedrnsteps that are described by the instructor tutorials. The exercise originates with an instructorpreparedrnsystem requirements document and culminates with a student-prepared PreliminaryrnDesign Review, life cycle cost estimate and risk management plan. The tutorial materialrnprepares the students for each step in the system development process. Each 8-hour classrnmeeting involves a tutorial by the faculty as well as student team reports describing theirrnprogress with the exercise.rnModifications to the earlier program include the addition of a class meeting utilizing thernfacilities of the Aerospace Concept Design Center (CDC). The CDC provides the capabilityrnto derive space system characteristics with computer-based mathematical models. Thisrnallows the students to conduct tradeoff analyses to select a system design concept from thernpossible alternatives.
机译:在先前的论文(Fisher 2001)中描述了为加利福尼亚技术学院劳资关系中心(IRC)的客户开发的体验系统工程培训计划。该计划在IRC和航空航天公司的培训组织AerospacernInstitute的赞助下进行了修改,以为来自太空与导弹系统司令部的空军人员提供系统工程培训。该课程现在包括为期14天的八次全天课程会议讲师定义的全班级练习需要数周时间,需要设计卫星系统。平行进行了两个课程,每星期相距一个星期。每班24名学生被分成两个小组。练习要求每个团队开发一个具有许多预定义步骤的系统,这些步骤已由讲师教程进行了描述。该练习源于讲师准备的系统要求文档,最后是学生编写的初步设计评审,生命周期成本估算和风险管理计划。教程材料为学生准备了系统开发过程中的每个步骤。每次8小时的会议都涉及教师的指导以及学生团队的报告,描述他们在练习中的进展。对早期计划的修改包括增加了一个利用航空航天概念设计中心(CDC)设施的课堂会议。 CDC提供了基于计算机的数学模型来推导空间系统特征的能力。这使学生能够进行权衡分析,以从可能的选择中选择系统设计概念。

著录项

  • 来源
    《aEngineering tommorow's today!》|2003年|480-492|共13页
  • 会议地点 Arlington VA(US)
  • 作者单位

    Systems Engineering AssociatesrnWoodland Hills, CArnSeajnf@aol.com;

    USAF Space and Missile Systems CenterrnLos Angeles Air Force BasernEl Segundo, CArnPaul.Humel@losangeles.af.mil;

    The Aerospace CorporationrnChantilly, VArnGerard.H.Fisher@aero.org;

  • 会议组织
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 系统工程;
  • 关键词

  • 入库时间 2022-08-26 14:03:55

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