Exposing Software Engineering Students to Stressful Projects: Does Diversity Matter?

Isabella Graßl, G. Fraser, Stefan Trieflinger, M. Kuhrmann
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引用次数: 2

Abstract

Software development teams have to face stress caused by deadlines, staff turnover, or individual differences in commitment, expertise, and time zones. While students are typically taught the theory of software project management, their exposure to such stress factors is usually limited. However, preparing students for the stress they will have to endure once they work in project teams is important for their own sake, as well as for the sake of team performance in the face of stress. Team performance has been linked to the diversity of software development teams, but little is known about how diversity influences the stress experienced in teams. In order to shed light on this aspect, we provided students with the opportunity to self-experience the basics of project management in self-organizing teams, and studied the impact of six diversity dimensions on team performance, coping with stressors, and positive perceived learning effects. Three controlled experiments at two universities with a total of 65 participants suggest that the social background impacts the perceived stressors the most, while age and work experience have the highest impact on perceived learnings. Most diversity dimensions have a medium correlation with the quality of work, yet no significant relation to the team performance. This lays the foundation to improve students’ training for software engineering teamwork based on their diversity-related needs and to create diversity-sensitive awareness among educators, employers and researchers.
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让软件工程专业的学生接触有压力的项目:多样性重要吗?
软件开发团队必须面对由截止日期、人员流动、或者在承诺、专业知识和时区方面的个体差异所引起的压力。虽然学生通常被教授软件项目管理的理论,但他们对这些压力因素的暴露通常是有限的。然而,让学生为他们在项目团队中工作后将不得不忍受的压力做好准备,这对他们自己以及面对压力时的团队表现都很重要。团队绩效与软件开发团队的多样性有关,但是很少有人知道多样性是如何影响团队所经历的压力的。为了阐明这一观点,我们为学生提供了自我体验自组织团队项目管理基础的机会,并研究了六个多样性维度对团队绩效、应对压力源和积极感知学习效应的影响。在两所大学共65名参与者的三个对照实验中,社会背景对感知压力源的影响最大,而年龄和工作经验对感知学习的影响最大。大多数多样性维度与工作质量有中等相关性,而与团队绩效无显著相关性。这为根据学生的多样性相关需求,提高学生的软件工程团队合作能力,并在教育工作者、雇主和研究人员中建立多样性敏感意识奠定了基础。
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