根据沙特阿拉伯王国2030年愿景开发工程项目学习成果

Hamed M. Almalki, Ashraf E. Balabel, Mostafa A. Kamel
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引用次数: 0

摘要

高等教育学术课程的质量,特别是工程教育课程的质量,是沙特阿拉伯王国2030年愿景中发展和现代化教育体系过程中的基本问题之一。工程项目成果的发展也是沙特大学工程学院面临的挑战之一。为了实现全面的教育质量实践,弥合工程教育成果与劳动力市场需求之间的差距,工程项目的成果应该与现代时代的变化和加速的技术劳动力市场的要求相一致。这一目标是通过沙特大学在这方面的有效作用实现这一雄心勃勃的愿景的基本和战略支柱之一。在本研究中,通过国家学术评估和认证中心(NCAAA)和工程技术认证委员会(ABET)对前一阶段工程教育项目学习成果的发展进行了审查。通过2020年国家转型计划,提出了制定学习计划和重新设计各种工程项目以实现工程教育质量不同水平的模型。通过这种改变的理念来制定工程项目及其多样性的学习成果,更新的评估方法已经被审查并提出以一种独特的方式来衡量这些成果。本研究将提供一个指南,帮助教学人员选择最合适的评估方法,并为课程的每个教育成果设置测量方法的优先级。这篇科学论文为工程项目教育过程的持续评估计划提供了一个模型,以实现工程项目的目标,以适应当前劳动力市场的性质,寻求区分毕业生,提高他们的生产力和提高他们的竞争力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of engineering programs learning outcomes in light of the Kingdom of Saudi Arabia’s Vision 2030
Quality in higher education academic programs in general and in particular engineering education programs is one of the essential issues in the process of developing and modernizing the education system within the vision of the Kingdom of Saudi Arabia 2030. The development of engineering programs outcomes is also one of the challenges facing engineering colleges in Saudi universities. To achieve a comprehensive educational quality practice that leads to bridge the gap between engineering education outcomes and labor market requirements, engineering programs outcomes should be developed in line with the changes of the modern era and the requirements of the accelerated technological labor market. This target is one of the basic and strategic pillars for achieving this ambitious vision through the effective role of Saudi universities in this context. In the present study, the development of learning outcomes in the previous period for engineering education programs is reviewed through the National Center for Academic Assessment and Accreditation (NCAAA) as well as through the Accreditation Council for Engineering and Technology (ABET). A model for developing study plans and redesigning various engineering programs to achieve a distinct level of the quality of engineering education is presented through the National Transformation Program 2020. Through this philosophy of change to formulate learning outcomes for engineering programs and their diversity, the updated assessment methods have been reviewed and proposed to measure those outcomes in a distinct way. This study will offer a guide that helps the teaching staff to choose the most appropriate assessment methods with setting the priorities of the measurement methods for each educational outcome of the curriculum. The presented scientific paper provides a model for continuous evaluation plans of the educational process in engineering programs to achieve the goals of engineering programs that seek to distinguish their graduates and raise their productivity and increase their competitiveness in a way that suits the nature of the current labor market.
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