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Introducing Earthquake Engineering through Simultaneous In- Class and Webcast Lectures, and International Expedition to a Megapolis at Seismic Risk

机译:通过同时课堂和网络广播讲座,在地震风险下对巨型游戏的国际远征来引入地震工程

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As part of an effort to integrate international experience in the Civil Engineering curriculum at Purdue University, in Spring 2008 semester, an earthquake engineering course that incorporated a 10-day study-abroad experience to Istanbul, Turkey was offered. The program scope, while having structural engineering perspective at its core, included a range of earthquake related topics such as geology, seismology, and architecture. This approach not only fulfilled the overall objective of the program as stated in the description by IAESTE, the organization that co-managed the program along with Purdue University Global Engineering Program and the School of Civil Engineering, but also attracted students nationwide to attend the Earthquake Engineering Program (17 from Purdue University and four from four other universities) from a wide range of earthquake related fields including civil, mechanical, mining and mineral, and geophysical engineering. The group had three sophomore, ten junior, six senior, and two graduate (doctoral) level students. Through distance virtual learning technology, students from all institutions were able to participate in real-time semester-long classroom meetings before and after the actual study-abroad experience in Turkey. Initial data suggests that students achieved high learning outcomes and enjoyed a very positive learning experience throughout the course. Data regarding student learning outcomes were collected and used to assess the efficiency of the distance-learning (virtual classroom lectures) and experiential learning (study-abroad program) pedagogical methods. This paper describes these two pedagogical methods, and, in particular, explores the impact of experiential learning on students’ benefit from the program. It further discusses the program logistics in light of international institutional partnerships and cost-benefit analysis as relates to the expected student learning outcomes. The course, titled "Earthquake Engineering/Istanbul at the Threshold", has been deemed successful. It is hoped that it could be offered in a similar format in Spring 2010.
机译:作为普通普渡大学土木工程课程中的国际经验的一部分,在2008年春季,一个地震工程课程,将土耳其的伊斯坦布尔纳入了10天的留学经验。该计划范围,同时具有结构工程观点,包括一系列地震相关主题,如地质,地震学和建筑。这种方法不仅满足了该计划的整体目标,如IAESTE的描述中所述,该组织与Purdue大学全球工程计划和土木工程学院共同管理,也吸引了全国学生参加地震从各种地震相关领域(包括民用,机械,采矿和矿物和地球物理工程)的工程计划(来自普渡大学的17名和四所其他大学)。本集团有三个二年级学生,十次初级,六位高级和两位毕业生(博士)级学生。通过远程虚拟学习技术,所有机构的学生都能够在土耳其实际研究海外经验之前和之后参加实时学期的课堂会议。初始数据表明,学生实现了高学习成果,并在整个课程中享有非常积极的学习体验。收集了关于学生学习成果的数据,并用于评估远程学习(虚拟课堂讲座)和体验学习(研究 - 海外计划)教学方法的效率。本文介绍了这两种教学方法,特别是探讨了体验学习对学生从计划中受益的影响。它进一步讨论了鉴于国际机构伙伴关系和成本效益分析,涉及与预期学生学习成果的成本效益分析。课程,标题为“阈值的地震工程/伊斯坦布尔”,已被视为成功。希望它可以在2010年春季以类似的格式提供。

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