研究引入面向过程的生命周期开发模型的好处,以提高学生对敏捷方法的欣赏

Omar Ochoa, M. Rodney, Massood Towhidnejad, S. Salamah
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引用次数: 0

摘要

在本文中,我们探讨了向年轻的软件工程学生教授重量级过程生命周期模型的好处,以更好地为他们使用敏捷方法做准备。与重流程的模型相比,敏捷方法的好处包括能够更快地响应客户不断变化的需求,以及客户和开发人员之间的短反馈循环。由于敏捷方法在很大程度上依赖于个人的能力,因此教授传统方法(例如瀑布法)可以通过提供一个与新手自然一致的定义良好的结构,从而有利于学生理解与软件开发相关的主要活动是什么。为了实现这一目标,我们对不同类型的软件工程师进行了调查,从新手本科生到软件工程专业人员。该调查提供了关于传统和敏捷过程的暴露程度、使用传统和敏捷过程模型的经验水平以及感知到的最优学习顺序的数据。基于收集到的数据分析,我们认为,在引入敏捷方法之前,先教授传统的软件工程面向过程的方法,对学生理解和优化使用敏捷技术非常有益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigating the Benefits of Introducing Process-Oriented Life Cycle Development Models to Improve Students Appreciation for Agile Methods
In this paper, we explore the benefits of teaching heavyweight process life cycle models to young software engineering students to better prepare them in the use of agile methods. The benefits of agile methods compared to process-heavy models include the ability to respond faster to the changing needs of customers and the short feedback loop between customers and developers. Since agile methods depend significantly on the competence of the individual, teaching traditional approaches (e.g. waterfall) can be advantageous to the understanding of students about what the major activities associated with software development are, by providing a well-defined structure that naturally aligns with the novice student. Towards this goal, we conducted a survey with different types of software engineers, ranging from novice undergraduates to software engineering professionals. The survey provides data on the exposure of traditional and agile process, the level of experience in using traditional and agile process models, and the perceived most optimal learning sequence. Based on the analysis of the collected data, we argue that teaching traditional software engineering process-oriented approaches prior to introducing agile methods, is highly beneficial to students’ understanding and optimal use of agile techniques.
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