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Multidisciplinary Approach and Dual Education in Control Engineering for Mechatronics

机译:机电一体化控制工程中的多学科方法和双重教育

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Dual education is an effective integration of control theory and practical experience providing ideal start to improve professional career of students at many technical universities. The most important benefits it brings both students and industrial partners are practical training in industry companies, opportunity to acquire practical to skills on modern industrial plants and production equipment, as well as to feel how it is to be employed or learn what are the requirements and the culture of companies. At the same time, students have a great chance to be offered a job still during their studies. The paper presents the modern form of study with the focus on development of control methods, control structures, ICT, and their applications in different types of industrial processes. Since its emergence in the late 1970s, mechatronics has become well-established as an academic subject, and is now researched and taught at a large number of worldwide universities and research institutions. We try to get to the heart of multidisciplinary engineering of which mechatronics is an excellent example, and point out how the integration of disciplines leads to new degrees of freedom in the corresponding dual form of education in connection with industrial partners.
机译:双重教育是控制理论与实践经验的有效结合,为改善许多技术大学学生的职业生涯提供了理想的起点。它给学生和工业合作伙伴带来的最重要的好处是在工业公司中进行实践培训,有机会获得有关现代工业工厂和生产设备的实践技能,并有机会体会其用途或了解要求和条件。公司文化。同时,学生有很大的机会在学习期间仍能找到工作。本文介绍了现代的研究形式,重点是控制方法,控制结构,ICT及其在不同类型工业过程中的应用的发展。自从1970年代末出现以来,机电一体化已成为一门公认的学术学科,并且现在在全球许多大学和研究机构中进行研究和教学。我们尝试深入了解机电一体化是一个很好的例子的多学科工程学的核心,并指出学科的整合如何在与工业伙伴相关的双重教育形式中带来新的自由度。

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