技术趋势与软件工程教育:系统回顾研究

Oleksandr Nesterenko
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引用次数: 1

摘要

软件工程教育的质量受到现代工业趋势、IT趋势和软件开发方法的影响。以机器人技术和网络社会化为特征的“工业4.0”向新的工业水平过渡,给IT和编程领域带来了一波前所未有的新挑战。在这样的条件下,高校如果没有适当的信息环境和教育环境,就不可能达到预期的协同效应。这种环境的内容来源之一可以是在国际科学计量数据库中注册的世界科学界的出版物。在此基础上,不仅可以提供有效的数字教育内容,还可以选择和使用最新的技术手段来支持学习。对Web of Science Core Collection数据库中的主要来源进行有针对性的回顾,可以识别、选择、综合和评估与研究问题相关的研究证据:(i)研究中分析了哪些技术趋势,(ii)研究中考虑了哪些信息技术,(iii)出版物中反映了哪些策略来克服上述SE教学和学习的挑战。根据研究结果,我们提出了基于本体论建模的软件工程教育的教育和方法支持,整合了现代行业发展趋势和IT部门的需求,国际建议和技术教学辅助工具的能力。这种方法为教育环境信息系统的智能化进程以及在此基础上构建相应的技术教育工具奠定了良好的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technological trends & software engineering education: a systematic review study
The quality of software engineering education is influenced by the consideration of modern industrial trends, IT trends and software development methodologies. The transition to a new level of industry - “Industry 4.0”, characterized by robotics and cyber-socialization, brings a wave of new, never-before-seen challenges to the field of IT and programming. Under such conditions, it is impos- sible to achieve the desired synergistic effect without the formation of an appropriate informational and educational environment in institutions of higher education. One of the sources of the content of such an environment can be the publications of the world scientific community registered in international scientometric databases. On this basis, it becomes possible not only to provide effective digital educational content, but also to choose and use the latest technological means of learning support. A targeted review of primary sources in the Web of Science Core Collection database made it possible to identify, select, synthesize and evaluate research evidence relevant to the research questions: (i) what technological trends are analyzed in research, (ii) what information technolo- gies are considered in research, (iii) what strategies are reflected in publications to overcome the above challenges of SE teaching and learning. According to the results of the study, we offer to improve the educational and methodological support of software engineering education based on ontological modeling of the integration of the requirements of modern trends in the development of the industry and the IT sector, international recommendations and the capabilities of technological teaching aids. This approach is a good basis for the processes of intellectualization of information systems of the educational environment and the construction of appropriate technological educational tools on their basis.
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