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An evaluation of teaching theoretical graduate engineering courses adapting different techniques

机译:运用不同技术对研究生工程理论课教学进行评价

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Graduate programs in engineering have theoretical courses like Software Engineering, Information Systems, Advanced Software Engineering, Software Architecture, Management and Entrepreneurship as part of the curriculum. These courses are challenging from both the students' and the instructors' points of view. From student feedback it has been seen that they view these subjects uninteresting due to a lack of practical component. The instructor's responsibility increases in making such theoretical subjects interesting for the students. These courses impart certain unique skills which the students need to apply in their professional careers. But the Lecture method which is still the most practiced and preferred one does not provide for active student involvement. To combat this problem a variety of teaching modes have been developed from different learning theories. Several of these techniques are in use in Post-graduate courses and corporate training courses where the number of participants is less. The author has tried some of these techniques like story-telling or case study approach, involved assignment and group correction, reverse knowledge transfer, i.e. teaching by students, etc. while teaching Information Systems for two sections of undergraduate students and has found reasonable success. This paper describes the techniques used by the author, the methodology, the implementation and the results thereof. Attempt has been made using quizzes/tests to draw conclusions about the viability and applicability of these innovative techniques in classes where the number of students is more than fifty.
机译:工程学的研究生课程包括理论课程,例如软件工程,信息系统,高级软件工程,软件体系结构,管理和创业精神。从学生和教师的角度来看,这些课程都是具有挑战性的。从学生的反馈中可以看出,由于缺乏实际内容,他们认为这些科目没有意思。在使这些理论课对学生变得有趣的过程中,教师的责任增加了。这些课程赋予学生某些在其职业生涯中需要应用的独特技能。但是,“讲课”方法仍然是最实践和首选的方法,并不能使学生积极参与。为了解决这个问题,已经从不同的学习理论中发展了多种教学模式。这些技术中的几种在研究生人数较少的研究生课程和公司培训课程中使用。作者尝试了一些这样的技术,例如讲故事或案例研究方法,涉及分配和小组更正,逆向知识转移(即学生的教学等),同时为两个本科生授课信息系统,并取得了一定的成功。本文描述了作者使用的技术,方法,实现及其结果。已经尝试使用测验/测试得出关于这些创新技术在学生人数超过五十的班级中的可行性和适用性的结论。

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