Educating industrial-strength software engineers

J. Díaz-Herrera, G. Powell
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引用次数: 9

Abstract

A roadmap is proposed for integrating trends in software technology and product development into a graduate curriculum in software engineering. We contend that the causal relationship between building model solutions and developing products from these solutions, provides a sound basis for industrial strength software engineering. We illustrate the impact of modern software technology on the two fundamental, complementary sets of activities of domain engineering and application engineering. This is presented within a scheme for integrating design abstractions, such as architectural styles, frameworks, and patterns, with domain models and product generation. We address questions such as where in the spectrum of technology development do our current education programs fit? Is the current focus on architectures (patterns, frameworks and the like) a passing fad or a true ingredient for a mature software profession? What kind of software engineers should we be preparing for the 21st century?.
培养工业实力的软件工程师
提出了将软件技术和产品开发趋势整合到软件工程研究生课程中的路线图。我们认为,建立模型解决方案和从这些解决方案开发产品之间的因果关系,为工业强度的软件工程提供了坚实的基础。我们说明了现代软件技术对领域工程和应用工程这两个基本的、互补的活动集的影响。这是在集成设计抽象(如体系结构风格、框架和模式)与领域模型和产品生成的方案中呈现的。我们解决的问题是,在技术发展的范围内,我们当前的教育项目适合于哪里?当前对架构(模式、框架等)的关注是一时的时尚,还是成熟软件行业的真正组成部分?我们应该为21世纪培养什么样的软件工程师?
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