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Deep versus broad knowledge in interdisciplinary education

机译:跨学科教育中的深入知识与广泛知识

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摘要

Development in interdisciplinary areas has become faster in recent decades and encompasses many fields. Specialists in individual fields naturally regard their own area for the most important one. This brings quite frequently tension to discussions about new curricula development or restructuring existing curricula. However, we have to keep in mind that the curricula has limited number of courses, should be studied in limited time and it is impossible to think that students become experts in all studied fields. We discussed and analysed these issues many times in EAEEIE, various projects and with experts from the industry and other areas where the graduates find their jobs. The conclusion we agreed on is that in particular in engineering the study must not be separated from reality and real-life applications. In the paper we will discuss these issues in more detail and show on the case of computer science courses and biomedical engineering program how difficult is to define properly the curricula respecting the requirements from practice and giving students solid theoretical background.
机译:近几十年来,跨学科领域的发展变得越来越快,涉及许多领域。各个领域的专家自然会将自己的领域视为最重要的领域。这经常给有关新课程开发或现有课程结构调整的讨论带来压力。但是,我们必须记住,该课程的课程数量有限,应该在有限的时间内进行学习,并且不可能认为学生已成为所有研究领域的专家。我们在EAEEIE,各种项目中以及与行业和毕业生找到工作的其他领域的专家多次讨论和分析了这些问题。我们同意的结论是,尤其是在工程研究中,不得将研究与现实和现实应用分开。在本文中,我们将更详细地讨论这些问题,并以计算机科学课程和生物医学工程程序为例,说明在遵循实践要求并为学生提供扎实的理论背景的基础上,正确定义课程有多么困难。

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