The Virtual Laboratories Case Study in Traditional Teaching and E-Learning for Engineering Sciences

U. Tudevdagva, Yumchmaa Ayush, B. Baatar
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引用次数: 4

Abstract

This paper leads on the case study of virtual laboratories for engineering sciences. The engineering education is most costly direction of education system. A quality of engineering strong depends on the laboratory base of university. To build new laboratories for teaching and learning of engineering sciences were one of the high cost projects. The development of computer technique helps to us to create virtual version of real engineering laboratories and use for teaching. The Mongolian University of Science and Technology (MUST) is fundamental university for engineering sciences in Mongolia. The development of country much depends on quality of engineers. The MUST has challenge to provide expectations of students and further engineers. To support faculty and students by well-developed modern teaching and learning environment the MUST implementing many new ideas in teaching of engineering sciences. Many schools of MUST are active works on the development of virtual laboratory and e-learning for classical teaching. By decision scientific commission of Power Engineering School in 2010 was accepted project to create and use virtual laboratories for traditional teaching and e-learning. In frame of this project was created six single models of different professionals. In this paper we described main standard of virtual laboratories and problems and solutions to create virtual laboratories.
工程科学传统教学与电子学习中的虚拟实验室案例研究
本文以工程科学领域的虚拟实验室为例进行了研究。工程教育是教育体系中最昂贵的方向。工科人才素质的提高,取决于高校的实验基础。建设新的工程科学教学实验室是一项高成本工程。计算机技术的发展有助于我们创建虚拟版的真实工程实验室并用于教学。蒙古科技大学(MUST)是蒙古国工科基础大学。国家的发展在很大程度上取决于工程师的素质。MUST面临着满足学生和未来工程师期望的挑战。以完善的现代化教学环境为支撑,科大在工程科学教学中实施了许多新理念。许多科大学校都在积极开展虚拟实验室和古典教学的电子学习。2010年,由动力工程学院决策科学委员会批准了创建和使用虚拟实验室进行传统教学和电子学习的项目。在这个项目的框架内,创建了六个不同专业的单一模型。本文介绍了虚拟实验室的主要标准以及创建虚拟实验室存在的问题和解决方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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