在工程课程中促进专业方向的结构和教学方法

R. King
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摘要

作者分析了英国和澳大利亚常见的四种课程结构,并认为将正常学术课程时间延长一年并与工业时期紧密结合的课程可能是提高工程毕业生专业定位的最具成本效益的课程。讨论了在英国和新南威尔士大学发展此类与行业相关的课程。专业方向的某些方面也可以成功地包括在工程课程的早期阶段。作者讨论了在新南威尔士大学的电气工程课程中引入这门入门课程的实施和初步评价。学科设计认识到,大多数本科生从高中直接进入课程,对他们的学习有很好的动机,但对工程的性质和目的的理解相对较少。该主题的讲座通过将电气和电子工程的物理原理与日常工件(如电力供应,电信和电子音频系统)联系起来,介绍了电气和电子工程的关键领域。还讨论了工程师在经济中的作用和责任。学生们通过小组辅导来发展他们的沟通技巧——收集信息、撰写报告和口头陈述。
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Structural and didactic methodologies for promoting professional orientation within engineering courses
The author analyzes the four course structures common in the UK and Australia, and argues that courses which extend the normal academic course time by up to one year and have strongly integrated industrial periods are likely to be most cost-effective in improving the professional orientation of engineering graduates. The development of such industry-linked programs in the United Kingdom and at the University of New South Wales is discussed. Some aspects of professional orientation can also be included successfully in the early stages of engineering courses. The author discusses the implementation and initial evaluation of such an introductory subject in the electrical engineering course at the University of New South Wales. The subject design recognizes that most undergraduates enter courses directly from high school with good motivation towards their studies, but relatively little understanding of the nature and purpose of engineering. The subject's lectures introduce key areas of electrical and electronic engineering by relating their physical principles to everyday artifacts, such as the electricity power supply, telecommunications, and electronic audio systems. The roles and responsibilities of engineers in the economy are also discussed. The students develop their communication skills-information gathering, report writing and oral presentation-through small group tutorials.<>
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