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Mathematical Competence Scale (MCS) for Primary School: The Psychometric Properties and the Validation of an Instrument to Enhance the Sustainability of Talents Development through the Numeracy Skills Assessment

机译:小学的数学能力规模(MCS):通过算术技能评估来提高人才发展可持续性的心理学特性和验证

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摘要

The adequate development of the numeracy skills is a target of the fourth of the Sustainable Development Goals and is considered the basis for a financial literacy: both are competences needed for successful social and professional inclusion. Building on these goals, we carried out a unidimensional Mathematical Competence Scale (MCS) for primary school. The aim of this study was to present the psychometric properties and the validation process of MCS, designed basing on Item Response Theory. The final version of the scale, which measures different domains of mathematical knowledge (Data Analysis and Relationships, Geometry, Dimensions and Measurements, Numbers and Calculations), was validated on the entire population of 2935 fourth graders in Ticino Canton, Switzerland. The results reveal the high level of correlation between the six mathematical dimensions and confirm the assumption of a latent “mathematical construct”. However, even the multidimensional model could be considered a good model because it fitted the data significantly better than the one-dimensional model. In particular, the differences of the deviance between the two models are significant (χ2 (20) = 642.66, p < 0.001). Moreover, findings show a significant gender effect and a positive correlation between students’ actual school performance during the same academic year and MCS scores. MCS allows a reading of the learning and teaching process in the perspective of the psychology of sustainability and sustainable development and helps a teacher to sustain student talent through the development of numeracy skills; in fact, the scale is intended both as an assessment tool and an innovative approach for shaping the development of curriculum, and therefore has potential to serve as a bridge between empirical research, classroom practice and a positive (school and professional) career development.
机译:算术技能的充分发展是可持续发展目标第四个的目标,被认为是金融扫盲的基础:两者都是成功社会和专业包容所需的能力。建立这些目标,我们对小学进行了一个非典的数学能力规模(MCS)。本研究的目的是介绍MCS的心理学特性和验证过程,基于项目响应理论。衡量数学知识的不同域的最终版本(数据分析和关系,几何,尺寸和测量,数字和计算),在瑞士Ticino Canton的2935年四年级学生的整个人口上验证。结果揭示了六种数学维度与潜伏“数学构建体”假设之间的高水平相关性。然而,即使是多维模型也可以被认为是一个好的模型,因为它拟合了比一维模型更好地更好的数据。特别是,两种模型之间的偏差的差异很大(χ2(20)= 642.66,P <0.001)。此外,调查结果表明,在同一学年和MCS分数期间,学生的实际学校表现与学生的实际学校表现之间存在显着性别效应和正相关性。 MCS在可持续发展和可持续发展心理的角度看学习和教学过程,并帮助老师通过开发算术技能来维持学生人才;事实上,规模既符合评估工具和塑造课程发展的创新方法,因此有可能作为经验研究,课堂实践和积极(学校和专业)职业发展之间的桥梁。

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