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Teaching and Practicing Computer Science at the University Level

机译:大学一级的计算机科学教学与实践

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摘要

Universities offering Computing Science curricula should do so at the university level. Taking pragmatic shortcuts causes stagnation in professional practice. The essential element is the pervasive presence throughout the curriculum of mathematical modelling, which is the role of Formal Methods in its original sense. Mathematical fundamentals and concepts are crucial, software tools are auxiliary and even misleading without the former. Recommendations are given for curriculum structure, specific key courses and attitudes to instil in students and educators. Comparison with other approaches is made. A conclusion is that CS curricula should break outside the limitations caused by conservative policy makers but also self-imposed ones.
机译:提供计算机科学课程的大学应该在大学一级这样做。采取务实的捷径会导致专业实践停滞。基本要素是在整个数学建模课程中的普遍存在,这是形式方法在其原始意义上的作用。数学基础和概念至关重要,软件工具是辅助工具,甚至在没有前者的情况下也会产生误导。针对课程结构,特定的重点课程以及对学生和教育者的灌输态度提出了建议。与其他方法进行了比较。结论是,CS课程应该突破保守的决策者以及自我强加的决策者所带来的局限性。

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