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Innovation in engineering education through computer assisted learning and virtual university model

机译:通过计算机辅助学习和虚拟大学模型的工程教育创新

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The paper presents the most important aspects of innovation in Engineering Education using Computer Assisted Learning. The authors propose to increase the quality of Engineering Education programs of study at European standards. The use of computer assisted learning methodologies in all studies is becoming an important resource in Higher Education. We intend to improve the concept of e-Learning using virtual terminals, online support and assisting special training through live seminars and interactive labs to develop a virtual university model. We intend to encourage computer assisted learning and innovation as sources of competitive advantage, to permit vision and learning analysis, identifies new sources of technology and ideas. Our work is based on our university datasets collected during last fifteen years using several e-Learning systems. In Constanta Maritime University (CMU), using e-Learning and Knowledge Management Services (KMS) is very important and we apply it effectively to achieve strategic objectives, such as collaboration, sharing and good practice. We have experience in this field since 2000 year using Moodle as KMS in our university. The term KMS can be associated to Open Source Software, Open Standards, Open Protocols and Open Knowledge licenses, initiatives and policies. In CMU Virtual Campus we have today over 12500 active users. Another experience of the authors is the implementation of MariTrainer Wiki educational platform based on Dokeos and DekiWiki under MARICOMP and MEP Leonardo da Vinci Project. We'll also present in this paper a case study under EU funded project POSDRU, where the authors implemented other educational platform in Technological High Schools from Romania used over 1000 teachers. Based on large datasets the study tries to improve the concept of e-Learning teaching using the revolutionary technologies. The new concept present in this paper is that the teaching and learning will be interactive and live. The new and modern techniques are the flexible learning courses, the production of learning demonstrators and testing. All the information from the virtual educational platform remain open space, communication between participants and continued after graduation, so we can talk about creating and maintaining a community of graduates, a partnership with them. Every European University must have a department which aims to provide computer assisted learning using knowledge creation through learning, capture and explication, sharing and collaborative communication, access, use and reuse and knowledge archiving.
机译:本文介绍了使用计算机辅助学习的工程教育创新的最重要方面。作者建议提高欧洲标准的工程教育课程质量。在所有研究中使用计算机辅助学习方法正在成为高等教育的重要资源。我们打算通过现场研讨会和互动实验室来改善使用虚拟终端,在线支持和协助特殊培训来改进电子学习的概念,以开发虚拟大学模型。我们打算鼓励计算机辅助学习和创新作为竞争优势的来源,以允许愿景和学习分析,确定新的技术和思想来源。我们的工作基于我们的大学数据集在过去十五年期间使用多个电子学习系统收集。在Constanta Maritime University(CMU)中,使用电子学习和知识管理服务(KMS)非常重要,我们有效地申请,以实现战略目标,例如合作,分享和良好做法。自2000年以来,我们在大学使用Moodle以自2000年以来,我们在这一领域拥有经验。术语KMS可以与开源软件,开放标准,开放协议以及开放知识许可,举措和策略相关联。在CMU虚拟校园中,我们今天拥有超过12500个活跃的用户。作者的另一个经验是基于Maricomp和Mep Leonardo da Vinci项目的Doukeos和Dekiwiki的玛特维基教育平台实施。我们还将在本文中介绍欧盟资助项目POSDRU的案例研究,其中作者在罗马尼亚实施了来自1000多名教师的技术高中的其他教育平台。基于大型数据集,研究试图利用革命技术提高电子学习教学的概念。本文存在的新概念是教学和学习将是互动和生活。新的和现代技术是灵活的学习课程,生产示威者和测试的生产。虚拟教育平台的所有信息都仍然是开放空间,参与者之间的沟通,毕业后继续,因此我们可以谈谈创建和维护毕业生社区,与他们合作。每个欧洲大学都必须拥有一个部门,旨在通过学习,捕获和解释,共享和协作通信,访问,使用和重用以及知识归档来提供计算机辅助学习的计算机辅助学习。

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