Development of a university-industry collaboration model towards work-ready engineering graduates

IF 1.8 4区 教育学 Q2 EDUCATION & EDUCATIONAL RESEARCH
C. M. Chew, L. Ng, S. Mah, Yee-Sern Ng
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引用次数: 1

Abstract

ABSTRACT Background One of the many challenges faced by universities in developing countries is to equip graduates with practical skills and knowledge for the demanding workforce. The traditional textbook-oriented lecture lacks up-to-date industrial practices. Background Purpose: This study highlights the development of a university-industry collaboration model for producing work-ready engineering graduates. An experienced practising engineer from Universiti Tunku Abdul Rahman’s Industry Advisory Panel representing Techkem Group was invited as a guest lecturer for two undergraduate engineering elective courses. Besides conventional lectures and tutorial sessions, the invited guest lecturer with vast industrial exposure also demonstrated actual engineering equipment working principles to the undergraduate students. Sample A total of 80 final year students and 10 lecturers took part to provide the feedback. Design and methods Feedback from students and lecturers was analyzed to determine the acceptance level towards incorporating industrial practice knowledge in these elective courses. Results The integration of current industrial practices into these courses has shown encouraging response from both students and lecturers with scoring between 80.8 and 93.3 points out of the maximum 100 points. Conclusions Positive results from the respondents have paved the path for the future development of such collaboration. Corporate social responsibility engagement by the industry as well as initiative to improve the teaching and learning process for elective courses by the university are essential aspects for a mutually beneficial collaboration in this model.
为准备就业的工程专业毕业生建立校企合作模式
发展中国家的大学面临的诸多挑战之一是为毕业生提供实用的技能和知识,以满足苛刻的劳动力需求。传统的以教科书为导向的讲座缺乏最新的工业实践。背景目的:本研究的重点是发展大学-产业合作模式,以培养工作就绪的工程毕业生。来自东姑阿都拉赫曼大学行业顾问团的资深执业工程师代表Techkem集团获邀为两门本科工程选修课的客座讲师。除了常规的讲座和辅导课外,特邀的具有丰富行业经验的客座讲师还为本科生演示了实际工程设备的工作原理。共有80名大四学生和10名讲师参与了反馈。设计和方法分析学生和讲师的反馈,以确定在这些选修课程中纳入工业实践知识的接受程度。结果将当前的工业实践融入到这些课程中,得到了学生和讲师的积极响应,得分在80.8到93.3分之间(满分为100分)。受访者的积极结果为这种合作的未来发展铺平了道路。业界对企业社会责任的参与,以及大学主动改善选修课程的教学过程,是这种模式中互利合作的重要方面。
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来源期刊
Research in Science & Technological Education
Research in Science & Technological Education EDUCATION & EDUCATIONAL RESEARCH-
CiteScore
5.10
自引率
6.20%
发文量
39
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