Challenges and Opportunities in the Digital Engineering Simulation Curriculum Development

H. Y. Tao, Nicole Hutchison, Megan M. Clifford, G. Kerr, P. Beling, Tim Sherburne, Paul Wach, David Long, Craig Arndt, D. Verma, Thomas A. McDermott
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Abstract

This paper presents the ongoing Year 2 of digital engineering (DE) simulation curriculum development by a research team from the Systems Engineering Research Center (SERC). This task, sponsored by the Defense Acquisition University (DAU), builds on the extensive DE research portfolio in SERC and leverages the existing literature in the systems engineering and DE communities. The goal of the research is to create a robust learning platform with relevant hands-on modeling and simulation experience that can be used to improve students’ DE proficiency levels across the workforce. Part of this research effort includes DAU’s partnership with SERC to develop a Simulation Training Environment for Digital Engineering (STEDE), which is intended to provide infrastructure and example case studies that allow DAU students to interact directly with models. The paper describes the curriculum development and modeling efforts to-date and addresses challenges associated with the development of the learning materials. An Advisory Board was established to provide guidance and expert knowledge in DE as the team is developing the DE curriculum. Working with the Advisory Board, the team discovered some critical skill gaps in DE which provide an opportunity for the team to further enhance the training and curriculum development to modernize the defense acquisition workforce.
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数字工程仿真课程开发的挑战与机遇
本文介绍了由系统工程研究中心(SERC)的一个研究小组正在进行的数字工程(DE)模拟课程开发的第二年。该任务由国防采办大学(DAU)赞助,建立在SERC广泛的DE研究组合上,并利用系统工程和DE社区中的现有文献。该研究的目标是创建一个强大的学习平台,提供相关的动手建模和仿真经验,可用于提高学生在整个劳动力队伍中的DE熟练程度。这项研究工作的一部分包括DAU与SERC合作开发数字工程模拟训练环境(STEDE),该环境旨在提供基础设施和示例案例研究,使DAU的学生能够直接与模型进行交互。本文描述了迄今为止的课程开发和建模工作,并解决了与学习材料开发相关的挑战。一个顾问委员会成立,在团队开发DE课程时提供DE方面的指导和专家知识。与咨询委员会合作,该团队发现了DE中的一些关键技能差距,这为团队提供了进一步加强培训和课程开发以使国防采办队伍现代化的机会。
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