实现软件工程课程的平衡

B. Lo, R. Watson, T. Comber
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引用次数: 4

摘要

实现平衡是所有课程设计者面临的问题。软件过程的复杂性要求采用多元化的方法进行系统开发。这种多元化也必须反映在对未来软件工程师的教育和培训中。我们如何将不同的观点整合到一个统一的课程框架中?我们怎样才能涵盖所有被认为是本学科必不可少的主题?我们必须平衡专门的软件工程主题与计算机科学的基础主题,我们也必须在相对较短的三年本科课程中平衡各种各样的软件工程主题。很多时候,遗漏的东西和留下的东西一样重要。本文描述了南十字星大学最近尝试开发一门平衡的软件工程课程的过程和结果。将此实现与ACM/IEEE模型课程和其他相关工作进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Achieving balance in software engineering curricula
Achieving balance is an issue that faces all curriculum designers. The complexity of the software process demands a pluralistic approach to systems development. This pluralism must also be reflected in the education and training of future software engineers. How can we integrate the diverse views into a unified curriculum framework? How can we cover all topics that are deemed essential for the discipline. We must balance specialised software engineering topics with fundamental topics in computer science and we must also balance the variety of software engineering topics amongst themselves within the relatively short three-year undergraduate curriculum. Very often, what is left out is just as important as what is left in. The paper describes the process and outcomes of a recent attempt at Southern Cross University to develop a balanced software engineering course. Comparisons were made between this implementation and the ACM/IEEE model curriculum and other related efforts.
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