Project management education through simulation: Achieving reliability, relevance, and reality in a “messy” environment

IF 0.8 Q3 EDUCATION & EDUCATIONAL RESEARCH
Richard J. Tarpey
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引用次数: 0

Abstract

Project management (PM) work readiness requires preparation beyond the knowledge of concepts and best practices to develop and practice soft skills needed for successful project management. This article proposes a methodology that combines real-world practitioner tools, PM processes, and a Microsoft Excel-based PM Simulator to create a “messy” project environment for students to apply concepts supported by soft skill practice. This methodology addresses a gap in classroom strategies focusing on soft skill development via practice rather than knowledge conveyance for PM education. Faculty provides a project case study for students to plan and execute, starting with charter development and carrying through project execution. This article illustrates one potential case study, but any project planning case study can be used with the PM Simulator as long as the project plan from the case has fewer than 100 individual tasks (PM Simulator constraint). Faculty can control complexity to prevent unwinnable and overly easy scenarios preventing students from becoming frustrated or bored, each a potential learning roadblock. The simulation of an unpredictable project environment occurs as students are faced with challenges that they must assess and overcome. Two pilot implementations successfully demonstrated that students learned to create incremental project artifacts such as charters, project plans, status reports, and learned schedule versus budget-balancing concepts.

通过模拟的项目管理教育:在“混乱”的环境中实现可靠性、相关性和现实性
项目管理(PM)工作准备需要超越概念和最佳实践知识的准备,以开发和实践成功的项目管理所需的软技能。这篇文章提出了一种方法,它结合了现实世界的实践者工具、项目管理过程和基于Microsoft excel的项目管理模拟器,为学生们应用软技能实践支持的概念创造了一个“混乱”的项目环境。这种方法解决了课堂策略上的差距,通过实践而不是知识传递来关注软技能的发展。学院提供一个项目案例研究供学生规划和执行,从章程制定到项目执行。本文演示了一个潜在的案例研究,但是任何项目计划案例研究都可以与项目管理模拟器一起使用,只要案例中的项目计划的单独任务少于100个(项目管理模拟器约束)。教师可以控制复杂性,以防止无法获胜和过于简单的场景,防止学生变得沮丧或无聊,每一个潜在的学习障碍。模拟一个不可预测的项目环境发生在学生面临他们必须评估和克服的挑战时。两个试点实现成功地证明了学生们学会了创建增量项目工件,如章程、项目计划、状态报告,以及学习了时间表与预算平衡概念。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Decision Sciences-Journal of Innovative Education
Decision Sciences-Journal of Innovative Education EDUCATION & EDUCATIONAL RESEARCH-
CiteScore
3.60
自引率
36.80%
发文量
25
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