Re-engineering the Electrical Engineering education for an innovative diploma curriculum at Universiti Teknologi MARA

Y.K. Lee, W. Mansor, M. M. Md Zan, Y. M. Salleh, N. Khadri, B. Hisham, M. Tahir, K. Salam, R. Kassim, W. Abdullah
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引用次数: 4

Abstract

The revolution looks to ensue after the ICT revolution will be the knowledge revolution, as such human capital development becomes ever more important. Recently, the Faculty of Electrical Engineering of University Teknologi MARA has been revising its Diploma curriculum to realign with the effort of the Malaysian government to standardize the total credit hours and regulate the composition of Humanity-Skill-Theory learning. The revised curriculum is built upon past experience, peer comparison, feedback from users and recipients, and literature on future of Electrical Engineering education. It synergizes disciplines in Electrical Engineering, Mathematics, Science, Computing, Language, Entrepreneurship and Religion/Humanity Science. Curricular innovation are featured by seven key elements - modular program structure, continuity in education, commitment to experiential learning, integration of technology and education, integration of research and education, a compromise of general and specialized education, and disciplinary diversity. This paper addresses the research, design and implementation of these seven elements to bring curricular innovation and improvement. The consequence is a curriculum that optimizes the compromise between the accelerating rate of change in technology innovation and the realistic rate of change of curricular content and scope, and challenges the delivery of engineers with the attributes of adaptability, flexibility and autonomous capability to learn.
玛拉理工大学电子工程教育的创新文凭课程再造
ICT革命之后的革命将是知识革命,因为这样的人力资本开发变得越来越重要。最近,马来西亚理工大学电气工程学院一直在修订其文凭课程,以配合马来西亚政府的努力,以标准化总学时和规范人文技能理论学习的组成。修订后的课程是建立在过去的经验,同侪比较,使用者和接受者的反馈,以及对未来电气工程教育的文献。它汇集了电气工程、数学、科学、计算机、语言、创业和宗教/人文科学等学科。课程创新以七个关键要素为特征——模块化课程结构、教育的连续性、体验式学习的承诺、技术与教育的整合、研究与教育的整合、普通教育与专业教育的妥协以及学科多样性。本文论述了这七个要素的研究、设计和实施,以带来课程的创新和完善。其结果是,课程优化了技术创新的加速变化率与课程内容和范围的现实变化率之间的折衷,并挑战了具有适应性、灵活性和自主学习能力的工程师。
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