系统工程教育的现状与未来需求:建议课程*

Thomas J. Gwilliam, Salem T. Keleta, Maggie D. Salomonsky, Vinay V. Vangala, Mia E. Varghese, M. Burkett, W. Scherer
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引用次数: 0

摘要

自20世纪40年代首次使用术语“系统工程”以来,随着系统的复杂性和技术的发展不断增加,该学科取得了显著进展。本文考察了系统工程和系统工程教育的现状和演变。本文首先通过识别系统工程师的角色、职责和期望来识别系统工程的当前状态。根据系统工程的当前状态,需要通过多个框架和技能集来解决更改,这对不断发展的行业至关重要。本文还探讨了侧重于内容、内容交付、成本和学生合作的系统教育的未来。分析表明,大学可以调整课程设置,以更好地满足行业需求。本文总结了潜在解决方案的概述,旨在满足系统工程师的需求,为未来不断增长和多方面的行业需求做好准备。
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The Current State and Future Needs of Systems Engineering Education: A Proposed Curriculum *
Since the first use of the term "systems engineering" in the 1940’s, the discipline has progressed significantly as the complexity of systems and the development of technology continue to increase. This paper examines the current state and evolution of systems engineering and systems engineering education. The paper first identifies the current state of systems engineering by recognizing systems engineers' roles, responsibilities, and expectations. Following the current state of systems engineering, the changes needed are addressed through multiple frameworks and skill sets that will be critical to the evolving industry. The paper also explores the future of systems education focusing on content, content delivery, cost, and student cooperation. The analysis suggests that universities could adjust their curriculum to better align with the demands of the industry. The paper concludes with an overview of potential solutions designed to meet the needs of systems engineers by preparing them for the growing and multifaceted industry demands of the future.
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