电动汽车和节能技术-伊拉斯谟项目Cybphys下的硕士学位课程

A. Hnatov, S. Arhun
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摘要

问题。高等教育的质量是通过使教育活动的实施条件和学习成果符合立法和高等教育标准、专业和国际标准的要求,以及利益相关者和社会的需要来实现的。显然,利益相关者的要求、建议和意见在确保高等教育质量的过程中起着主要作用之一。应该指出的是,如果不保证和提高高等教育的质量,就不可能获得相关专业教育计划(EP)的认证。的目标。收集在141个“电力工程与机电”专业工作和教学经验丰富的雇主和学术界代表的意见,以提高硕士课程“电动汽车与节能技术”的教育质量。方法。提问的方法包括通过被调查者对标准化问题系统的书面回答来获取信息。信息处理方法和综合方法-研究对象的完整性,其各部分的统一和相互联系。结果。对关于环境教育的决定和关于在教育过程中采用创新教学方法和保持教育过程质量的方法的出版物进行了分析审查。在一些教育组成部分中,由于汽车制造商的技术文件和外国作者对现代研究的参考,文献清单将扩大。建议对通过CybPhys项目购买的现代设备和感兴趣的雇主的设备改进现有的和开发新的实验室和实际工作。建议扩大与专业培训学科周期相关的EP教育部分的实践部分。建议在申请人自由选择的学科周期(专业培训部分)中增加“替代电源”主题。创意。建议直接在生产和加油站、汽车服务的日常工作中开展实践课和实验课,对论文课题进行研究。实用价值。根据从利益相关者那里收到的反馈结果,将对课程进行适当的修改,以提高教育质量,使硕士的EP“电动汽车和节能技术”更适合电力、电气工程和机电领域的劳动力市场,特别是在工业电动汽车和节能技术方面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electric vehicles and energy-saving technologies – master's degree program under the Erasmus project Cybphys
Problem. The quality of higher education is achieved by compliance with the conditions for the implementation of educational activities and learning outcomes with the requirements of legislation and higher education standards, professional and international standards, as well as the needs of stakeholders and society. Obviously, the requirements, recommendations and opinions of stakeholders play one of the main roles in the process of ensuring the quality of higher education. It should be noted that without ensuring and improving the quality of higher education, it is impossible to obtain accreditation of an educational program (EP) in the relevant specialty. Goal. Obtaining feedback from employers and representatives of the academic community with experience in working and teaching in 141 specialties "Electrical Power Engineering and Electromechanics" to improve the quality of education in the Master's EP "Electric vehicles and energy-saving technologies". Methodology. The method of questioning consists in obtaining information by means of written answers of respondents to a system of standardized questions. Methods of information processing and synthesis method - the study of an object in its integrity, in the unity and interconnection of its parts. Results. An analytical review of decisions on EP and publications on the introduction of innovative teaching methods and methods of maintaining the quality of the educational process into the educational process was carried out. In a number of educational components, the list of literature will be expanded due to the technical documentation of automakers and references to modern research by foreign authors. It is proposed to improve the existing and develop new laboratory and practical work on modern equipment purchased through the CybPhys project and on the equipment of interested employers. It is proposed to expand the practical component of the educational components of the EP related to the cycle of professional training disciplines. It is proposed to add the topic "Alternative power sources" to the cycle of disciplines of the applicant's free choice (professional training section). Originality. It is proposed to conduct practical and laboratory classes and conduct research on the topic of the thesis directly in production and in the daily work of service stations and car service. Practical value. Based on the results of the feedback received from stakeholders, appropriate changes will be made to the courses that will improve the quality of education and make the master's EP "Electric vehicles and energy-saving technologies" even more relevant and relevant for the labor market in the field of electric power, electrical engineering and electromechanics, in particular, with regard to the industry electric vehicles and energy saving technologies.
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