首页> 外文会议>Frontiers in Education Conference (FIE), 2011 >Work in progress: Integration of topic modules and organization of session flow for the First-Year Seminar course in engineering to motivate and sustain student learning
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Work in progress: Integration of topic modules and organization of session flow for the First-Year Seminar course in engineering to motivate and sustain student learning

机译:正在进行的工作:集成了工程学第一年研讨会课程的主题模块和会议流程的组织,以激励和维持学生的学习

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This paper presents the overview of course instructional material in modules and the organization of these modules for presentation in sessions of the critical entry-level course, First-Year Seminar in Engineering, for undergraduate engineering majors at ABET-accredited institutions of higher education. The First-Year Seminar in Engineering at our University is offered once each year during the fall term. The enrollment can be between 45 and 50 first-year students. In recent years, the course, which is coordinated by one engineering faculty member and taught by up to fifteen different instructors, comprises a loosely organized collection of engineering and non-engineering topics delivered in twenty eight 55-minute sessions of the semester (14 weeks of instruction). The summative assessment of the student learning outcomes has revealed glaring weaknesses in content and delivery. For the incoming engineering student to receive both the holistic university experience and the ability to learn and retain fundamental engineering principles and practices, the course is being revised through central and integrative engineering design projects with service learning components. The revised structure places emphasis on the continuity across modules and sessions to ensure (a) the sustained engagement, and (b) the highest levels of student learning and retention of concepts throughout the semester.
机译:本文介绍了模块中课程教学材料的概述,以及这些模块的组织方式,以供在ABET认可的高等教育机构的本科工程专业的关键入门级课程“工程学第一年研讨会”中介绍。在秋季学期,我们大学每年举行一次工程学第一年研讨会。入学人数可能在45至50名一年级学生之间。近年来,该课程由一名工程学系教员进行协调,并由多达十五名不同的讲师进行授课,包括在本学期的二十八个55分钟的课程中(14周)提供的一组松散组织的工程学和非工程学主题课程教学)。对学生学习成果的总结性评估显示了内容和交付方面的明显缺陷。为了使即将来临的工程专业学生既能接受大学的整体经验,又能学习和保留基本的工程原理和实践,那么该课程将通过具有服务学习成分的中央和集成工程设计项目进行修订。修订后的结构强调各个模块和课程之间的连续性,以确保(a)持续参与,以及(b)在整个学期中学生学习和概念保持最高水平。

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