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How to handle large classrooms of engineering students: Sharing experiences with applying three methods/practices including evaluation results and personal feedback

机译:如何处理工科学生的大型教室:通过应用三种方法/实践(包括评估结果和个人反馈)分享经验

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To handle large classrooms of students is a every-"lecture"-challenge that requires the lecturer to constantly apply new ideas and new practices so as to keep the students focused and to stay in touch with them. Furthermore, these ideas have to be adjusted from lecture to lecture. The purpose of this paper is to share experiences with some new, recently popular and with some older practices, such as classroom interactions via smartphone response, workshop-like interactions and starting the first lecture each term by presenting only problems within the subject to teach. All methods are supposed to increase the concentration level of the students and to enable an effective lecturer-students interaction. Briefly these methods/practices are described and also the way in which they were used, prepared and organized, how they worked out, how the students reacted and how the lecturer felt about it and experienced the various methods during large classroom lectures. All described methods were used while teaching programming (a two-semester computer science course) to electrical and mechanical engineering first year students at the Department of Electrical Engineering, Mechanical Engineering and Technical Journalism at Bonn-Rhein-Sieg University of Applied Sciences in the last couple of years.
机译:要处理大型教室的学生是每个“讲座”的挑战,要求讲师不断应用新思想和新作法,以使学生保持专注并与他们保持联系。此外,这些思想必须在每个讲座之间进行调整。本文的目的是与一些新近流行的和较旧的实践分享经验,例如通过智能手机响应进行课堂互动,类似研讨会的互动,并且每学期仅通过讲授要解决的问题来开始第一堂课。所有方法都应该提高学生的注意力水平,并使讲师与学生之间进行有效的互动。简要地描述了这些方法/实践,以及它们的使用,准备和组织方式,如何工作,学生如何反应以及在大型课堂讲授中讲师对它的感受和体验各种方法的方式。最后,在波恩-莱茵-西格应用科技大学的电气工程,机械工程和技术新闻学系为电气和机械工程专业的一年级学生讲授编程课程(为期两个学期的计算机科学课程)时,使用了所有描述的方法许多年。

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