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Using Ontologies to Aid the Teaching of Software Engineering

机译:使用本体援助软件工程教学

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The software industry today expects software engineers to be skilled at both technical and managerial issues. Technical issues include understanding requirements, design methodologies and writing test plans and test cases besides software skills. Non-technical issues are those related to communication, team work and managing time. Thus, software engineering besides being a science is also an art. Teaching students to apply software engineering thus becomes challenging as it involves not only teaching the techniques but also getting them to appreciate and imbibe the skills in their work life.Software engineering is being taught as a subject of study for post-graduate students. Although, its impractical to teach every student all the techniques and methodologies, it is required that the student understands and experiences the subject and develops the attitude and skill set required. This is dependent to a large extent on factors like the course framework, course time and the aptitude of the class. Hence,it is necessary to tune the teaching to the constitution of the class and at the same time achieve basic goals that are set for the course. Also, there is need for coordination among courses, wherever there isomer than one course taught. To meet this, we propose building a software engineering course framework.The framework consists of one, an ontology of the SE course and two, the class capacity. We then map between the two in order to define teaching methodologies, the areas of focus and the level of knowledge to be imparted. Such a framework, can be used across courses and can help assimilate teaching aids and material as well as aid in better teaching of SE.
机译:今天的软件行业预计软件工程师都可以在技术和管理问题方面熟练。除了软件技能之外,技术问题包括了解要求,设计方法和写入测试计划和测试用例。非技术问题是与沟通,团队工作和管理时间有关的问题。因此,除了作为科学之外的软件工程也是艺术。因此,教学学生申请软件工程变得具有挑战性,因为它不仅涉及教授技术,而且还要让他们欣赏和吸收他们的工作生活中的技能。作为研究生后的学习的主题被教导为学习的探索。虽然,教授每个学生的所有技术和方法都是不切实际的,但需要学生理解和经历主题并发展所需的态度和技能。这在很大程度上取决于课程框架,课程时间和课程的能力等因素。因此,有必要调整教学对课堂的宪法,同时实现为课程设定的基本目标。此外,课程之间需要协调,无论何处都是教学的一门课程。为了达到这一点,我们建议建立一个软件工程课程框架。框架包括一个,一个,SE课程的本体和两个,班级容量。然后我们在两者之间映射,以定义教学方法,重点和知识水平所赋予的知识。这样的框架,可以跨越课程使用,可以帮助吸收教学辅助和材料以及更好地教学的援助。

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