Interactive Learning of Abstract Programming Concepts with InteractiveOOP

Asheer Ahmad, Harsh Chokshi, G. D. Ruvo, Nasser Giacaman
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引用次数: 2

Abstract

Not only is understanding object-oriented programming fundamental for software engineering and computer science students, but it is also important for non-major programming courses. Combined with the burden of navigating a new programming language, students can struggle to understand the abstract concepts that underpin the paradigm. Existing learning solutions typically concentrate on a particular programming language. This paper proposes The Realization Framework for teaching abstract programming concepts without code. It employs analogies and visualization to translate the abstract concepts into forms students can understand. Theories on education and student interaction are incorporated to guide the learning process. InteractiveOOP, a practical implementation of this framework, was evaluated by novice programmers in a non-major CS2 programming course. Students responded positively to the tool, noting that the interactive, visual presentation of abstract concepts helped them deepen their understanding.
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基于InteractiveOOP的抽象编程概念的交互学习
理解面向对象编程不仅是软件工程和计算机科学专业学生的基础,而且对非专业编程课程也很重要。再加上掌握一门新的编程语言的负担,学生们可能很难理解支撑范式的抽象概念。现有的学习解决方案通常集中在特定的编程语言上。本文提出了一种无代码抽象编程概念教学的实现框架。它运用类比和可视化将抽象概念转化为学生可以理解的形式。结合教育理论和学生互动理论来指导学习过程。InteractiveOOP是这个框架的一个实际实现,在一门非主要的CS2编程课程中由新手程序员进行了评估。学生们对这个工具反应积极,注意到抽象概念的互动、视觉呈现帮助他们加深了理解。
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