基于专业特点的软件技术专业模块化教学的探索与实践

Lianfeng Guo
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摘要

自第一台电子计算机问世以来,计算机硬件技术不断发展,计算机软件技术紧随其后。为了培养计算机软件人才,高校逐步建立了计算机软件相关学院。本文的主要目的是探索基于专业特点的软件技术专业模块化教学与实践。本文是在计算机软件技术产业快速发展的背景下,对当前软件技术专业相关课程的教学和人才培养模式进行新的回顾和探讨。本文根据软件技术专业相关课程的特点,分析软件技术专业相关课程的现状及存在的问题,提出采用模块化教学模式,培养软件技术专业学生的综合信息素养、创新能力和实践能力。具备满足软件技术专业特点的能力。本文阐述了模块化教学的概念,在此基础上,重点阐述了软件技术专业课程模块化教学设计的基本原则,构建了《java程序设计》课程的模块化教学模型。通过对《Java编程》课程中模块化教学的比较实践研究,可以看出,采用模块化教学的班级平均成绩比采用原有教学模式的班级平均成绩高出8分左右。超过80%使用模块化教学的班级对“Java编程”课程感兴趣。以上实验结果表明,模块化教学可以有效地提高学生的学习成绩,增强学生的学习兴趣,培养学生的专业特点。
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Exploration and Practice of Modularized Teaching of Software Technology Specialty Based on Professional Characteristics
Since the first electronic computer came out, computer hardware technology has been continuously developing, followed by computer software technology. In order to cultivate computer software talents, colleges and universities have gradually established computer software-related colleges. The main purpose of this article is to explore the modularized teaching and practice of software technology specialty based on professional characteristics. This article is a new review and discussion of the current software technology major related course teaching and talent training mode under the background of the rapid development of the computer software technology industry. Based on the characteristics of related courses of software technology major, as well as the analysis of the current situation and existing problems of related courses of software technology major, this paper proposes to adopt modular teaching mode to cultivate the comprehensive information literacy, innovation ability and practical ability of software technology students. The ability to meet the professional characteristics of software technology. This article expounds the concept of modular teaching, and on this basis, focuses on the basic principles of modular teaching design in software technology professional courses, and constructs a modular teaching model for the “java programming” course. Through the comparative practical research of modular teaching in the course of “Java Programming”, it can be seen that the average grade of the class using modular teaching is about 8 points higher than that of the class using the original teaching model. More than 80% of the classes that use modular teaching are interested in the “Java Programming” course. The above experimental results show that modular teaching can effectively improve students' performance, enhance students' interest in learning, and cultivate students' professional characteristics.
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