学生数值方法科目的程序流畅性

Sarah Inayah, A. Septian, R. F. Suwarman
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引用次数: 14

摘要

本研究旨在解释学生在数值方法课程中的程序流畅性。程序流畅性指的是对程序的了解,关于何时以及如何恰当地使用程序,以及灵活、准确、高效地执行程序的技能。本研究的方法采用描述性方法,结合定性方法和Miles和Huberman模型的数据分析技术。在本研究中还进行了三角测量技术进行访谈,以加强测试结果数据。从数据分析中可以看出,在学生解决数值方法课程相关问题的程序过程中,学生能够使用多种方法来解决问题。然而,一些学生无法简化步骤并进行准确的计算。此外,还需要提高对科学计算器操作的掌握,这样学生才能更有效率,得到更准确的答案。
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Student Procedural Fluency in Numerical Method Subjects
This study aims to explain the procedural fluency of students in numerical methods courses. Procedural fluency refers to knowledge of procedures, about when and how to use them appropriately, and the skills to carry out procedures flexibly, accurately, and efficiently. The method in this study uses a descriptive method with a qualitative approach and data analysis techniques for the Miles and Huberman models. In this study also performed triangulation of techniques by conducting interviews to strengthen the test result data. From the data analysis, it can be concluded that regarding the smoothness in students' procedural procedures in solving problems related to numerical methods courses, students are able to solve problems with more than one method. However, some students have not been able to streamline steps and make accurate calculations. In addition, mastery in operating a scientific calculator needs to be improved so that students can be more efficient and get more accurate answers.
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