石油能源工程教育改革:课程翻转

Robello Samuel
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引用次数: 2

摘要

教学大纲变得过时,课堂出勤率变得不那么重要,技术的快速发展和劳动力的变化,以及人口统计学要求我们重新思考和重新审视石油学校教授的核心课程。不断变化的环境,如清洁能源和碳中和的交付,增加了重新审视课堂上教授的科目的压力,以便建立长期的可持续性。因此,在改革后的课程中,获得跨学科技能至关重要。要解决的问题包括:“当前石油教育的根本问题是什么?”、“目前的理论框架有什么问题吗?”,“石油教育是否与边缘设备、传感器、机器学习和人工智能等最新发展保持一致?”,“是否有产学研监管机构更紧密的参与?”以及“需要进行哪些结构性变革,比如将品牌重塑为能源工程?”本文通过提出一种新的石油工程教育方法来解决这些问题,该方法通过改变能源工程计划的方式,涉及工程,科学和技术的基础知识,最终以网络物理系统体验式学习的发展为高潮。
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Petroleum Energy Engineering Education Reform: Flipping the Curriculum
The syllabus getting outdated, classroom attendance getting less importance, fast advancements of technology and changing workforce, and demography require us to rethink and re-examine the core curricula being taught at petroleum schools. The changing landscape like clean energy and carbon neutral delivery are adding pressure to re-examine the subjects taught in the classroom so that the long-term sustainability is established. So, acquiring interdisciplinary skills is crucial with the reformed curricula. The questions to be addressed include: "What is the fundamental problem in the present petroleum education?," "Is there any problem with the present theoretical framework?," "Is the petroleum education aligned with the latest developments such as edge devices, sensors, machine learning and artificial intelligence?," "Is there an academia-industry-regulatory agencies tighter participation?," and "What are the structural changes needed like rebranding as energy engineering?." The paper addresses these questions by proposing a new approach to petroleum engineering education by way of a changed energy engineering program, which involves fundamentals of engineering, sciences, and technologies that culminates in the development of experiential learning on cyber-physical systems.
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