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Power Engineering Education: An African Scenario

机译:电力工程教育:非洲情景

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This paper discusses possible measures and techniques to improve Power Engineering education in the African country of Kenya. The authors emphasize on what needs to be done to upgrade the level and quality of education given to the power engineering students in Kenya. It is well-recognized that the course curriculum for power engineering should prepare students for their prospective role in the professional field as well as about the technological innovations taking place in the power and energy sector nationally and across the world. However this has not been happening for power engineering courses in Kenyan universities which considerably affected the human resource development for industrial and technical sectors. As a result, the industries end up spending more money for re-educating their technical staff so that are able to perform their duties efficiently. Power engineering, unlike other courses, combines theory of Physics and Mathematics, Engineering Sciences, laboratory practical and planning, implementation and execution of projects and pilot schemes. This whole knowledge must be imparted to the students for their overall development as future power engineers. This must be done by breaking down the course logically into well-organized and properly related sub-topics so that the students not only learn the sub-topics but also understand how they are linked to one another. This paper looks at the possible measures to be employed in order to improve the power engineering education to achieve the aforesaid goals.
机译:本文讨论了改善肯尼亚非洲国家电力工程教育的可能措施和技术。作者强调,升级肯尼亚电力工程学生提供的教育水平和质量所需的措施。人们经认识到,电力工程课程课程应为学生制备他们在专业领域的前瞻性作用以及全世界和全球能源和能源部门所发生的技术创新。然而,这在肯尼亚大学的电力工程课程上没有发生过大得多影响了工业和技术领域的人力资源开发。因此,该行业最终会花费更多资金来重新教育其技术人员,以便能够有效地履行职责。与其他课程不同,与其他课程不同,将物理学和数学,工程科学,实验室实践和规划,实施和执行项目和试验计划的实践理论相结合。这一整体知识必须赋予学生作为未来电力工程师的整体发展。这必须通过逻辑地分解成良好组织和正确相关的子主题的过程来完成,以便学生不仅要学习子主题,还可以了解它们如何彼此链接。本文介绍了采用的可能措施,以改善电力工程教育以实现上述目标。

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