设计思维框架提高Java编程实验室面向对象设计和问题分析技能的经验

K. Rajashekharaiah, M. Pawar, M. S. Patil, Nagaratna Kulenavar, G. Joshi
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引用次数: 9

摘要

在习惯了过程式的编程风格之后,以面向对象的风格进行编程似乎很困难。在为复杂问题设计解决方案时,问题分析技能也很重要。在问题分析过程中,如何从给定的问题语句/场景中识别类、属性、方法和类之间的关联,并将其映射到程序代码中,对学生来说是一个很大的挑战。问题分析是设计思维的一部分,它由五个阶段组成:移情(强调)、定义、构思、原型和测试。在本课程中,我们通过结构化询问评估实施了修改后的标准“设计思维框架”,在我们的框架中,几个阶段是重叠的,并使用以下阶段进行定义- 1。定义2。3、构思与原型;测试。这个框架是对我们之前的实践的补充,在之前的实践中,我们首先进行了“面向对象思维”的综合教程,以尽量减少学生的困难。此外,还包括“实验室实验分类”,帮助学生提高问题分析和设计技能。通过上述方法,学生们能够有效地运用面向对象的概念来解决问题,设计解决方案,并在期末考试中取得了更好的成绩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design Thinking Framework to Enhance Object Oriented Design and Problem Analysis Skill in Java Programming Laboratory: An Experience
After being used to a procedural style of programming, programming in an object-oriented style seems to be difficult. The problem analysis skill is also important where it leads to designing solution for complex problems. In the process of problem analysis, it is big challenge for the students to identify classes, attributes, methods and association between the classes from a given problem statement/Scenario and then mapping to program code. The problem analysis is part of design thinking, where it consists of five phases Empathy (Emphasize), Define, Ideate, Prototype and Test. In this course we implemented a modified standard "Design Thinking Framework" through structured enquiry assessment, in our framework few phases are overlapping and it is defined using following phases—1. Define, 2. Ideate & Prototype, 3. Test. This framework is add-on to our previous practice where a comprehensive tutorial for "Object Oriented Thinking" is conducted first to minimize students difficulties. Also it includes "laboratory experiment categorization" to help students in improving problem analysis and design skills. By using the above said approaches, it is observed that the students are able to use object oriented concepts efficiently to solve problems, design solutions and performed better in semester end examination.
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