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

机译:在Teknologi Mara大学的创新文凭课程重新设计电气工程教育

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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.
机译:革命看起来会随之发生后的信息和通信技术革命将是知识革命的,因为这样的人力资本发展变得越来越重要。近日,玛拉工艺大学电气工程学院已修改其文凭课程与马来西亚政府的努力,以规范的总学分和规范人类技能,理论学习的组成重新调整。修订后的课程是根据过去的经验,同行比较,用户反馈和收件人和文学上的电气工程教育的未来构建的。它具有协同作用的电气工程,数学,科学,计算机,语言,创业精神和宗教/人文科学学科。模块化的程序结构,在教育的连续性,致力于体验式学习,技术和教育的结合,研究和教育,一般的妥协和专业教育的融合,学科多样性 - 课程创新是由七个关键要素功能。这七个要素本文将探讨研究,设计和实施,使课程的创新和改进。其结果是,优化了技术创新的变化速度加快和课程内容和范围变化的现实率之间的妥协课程,挑战工程师与适应性,灵活性和自主学习能力的属性交付。

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