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A Study of Cooperative Thinking

机译:合作思维研究

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摘要

Computational Thinking is a competence in computational problem solving. Cooperative Thinking (CooT) is an enhancement of Computational Thinking, supporting team-based computational problem solving. CooT is actually grounded on both Computational Thinking (CT) and Agile Values (AV) competencies, which focus respectively on the individual capability to think in a computational-oriented way (CT), and on the social dimension of software development (AV). However, CooT is not just the sum of CT and AV, rather it is a new overarching competence suitable to deal with complex software engineering problems. Previous papers focused on the conceptualization and the validation of Cooperative Thinking. We now analyze in depth the characteristics and consequences of this construct, with respect to the level of seniority and coding experience. Consequently, we run a Multi-Group Analysis of a representative stratified sample of High-School students, University students, and practitioners, through a Structural Equation Modeling technique. Our goal is to identify if there is a significant difference among groups with respect to the CooT model. Results show that seniority is a significant factor, suggesting as beneficial an early exposure of students to Cooperative Thinking practices.
机译:计算思维是解决计算问题的能力。合作思维(CooT)是对计算思维的增强,支持基于团队的计算问题解决。 CooT实际上基于计算思维(CT)和敏捷价值(AV)能力,它们分别侧重于以计算为导向(CT)的个人思考能力和软件开发(AV)的社会维度。但是,CooT不仅是CT和AV的总和,而且是一种适用于处理复杂软件工程问题的新的总体能力。先前的论文集中于合作思维的概念化和验证。现在,我们就资历和编码经验的级别深入分析此构造的特征和后果。因此,我们通过结构方程建模技术对高中生,大学生和从业人员的代表性分层样本进行了多组分析。我们的目标是确定就CooT模型而言,各组之间是否存在显着差异。结果表明,资历是一个重要因素,表明学生尽早接触合作思维实践是有益的。

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