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'Mathematical' Does Not Mean 'Boring': Integrating Software Assignments to Enhance Learning of Logico-Mathematical Concepts

机译:“数学”并不意味着“无聊”:集成软件分配以增强对逻辑数学概念的学习

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摘要

Insufficient mathematical skills of practitioners are hypothesized as one of the main hindering factors for the adoption of formal methods in industry. This problem is directly related to negative attitudes of future computing professionals to core mathematical disciplines, which are perceived as difficult, boring and not relevant to their future daily practices. This paper is a contribution to the ongoing debate on how to make courses in Logic and Formal Methods both relevant and engaging for future software practitioners. We propose to increase engagement and enhance learning by integrating 'hands-on' software engineering assignments based on cross-fertilization between software engineering and logic. As an example, we report on a pilot assignment given at a Logic and Formal Methods course for Information Systems students at the University of Haifa. We describe the design of the assignment, students' feedback and discuss some lessons learnt from the pilot.
机译:假设从业者的数学技能不足是在工业中采用正式方法的主要障碍因素之一。这个问题与未来的计算机专业人士对核心数学学科的否定态度直接相关,后者被认为是困难,无聊且与他们未来的日常实践无关。本文对正在进行的关于如何使逻辑和形式方法课程既有意义又吸引未来软件从业人员的辩论做出了贡献。我们建议通过基于软件工程与逻辑之间的交叉融合来集成“动手实践”软件工程作业来增加参与度并增强学习。例如,我们报告了在海法大学为信息系统专业的学生开设的逻辑与形式方法课程中给出的一项试点任务。我们描述作业的设计,学生的反馈,并讨论从飞行员那里学到的一些教训。

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