本科生工程学教育与声学现场实验工作相结合

Jeff Foeller, Andrea Vecchiotti, D. Turo, J. Vignola, Teresa J. Ryan
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引用次数: 0

摘要

让本科生在学习生涯的早期就获得技师级的工作经验,成功地促进了他们对声学的兴趣和独立探索的追求。在过去的 9 年中,约有 70 名本科生与东卡罗来纳大学工程系的声学和振动实验室建立了联系。在这 70 名学生中,有 30 人进行了独立研究,11 人参加了专业会议,7 人在专业会议上发表了演讲,7 人继续深造或在相关领域获得了职位。学生的工作涉及声学和振动的多个专题领域。主要工作是在沿岸环境中远距离收集同步大气和声学数据。这项工作介绍了研究人员在培训、招聘和留住高素质本科生研究助理方面的最佳实践。讨论中既包括带薪研究职位,也包括为获得课程学分而从事的无薪工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Undergraduate engineering education with hands-on experimental acoustic field work
Offering undergraduate students access to technician-level work experience early in their academic career has successfully promoted subsequent interest in and pursuit of independent inquiry in acoustics. Over the past 9 years, approximately 70 undergraduate students have been affiliated with the East Carolina University Department of Engineering’s acoustics and vibrations laboratory. Of those 70, 30 have pursued independent inquiry, 11 have attended a professional meeting, 7 have presented at a professional meeting, and 7 have pursued additional study or secured positions in a relevant field. The student work has spanned several topical areas in acoustics and vibrations. The primary effort has been collecting synchronized atmospheric and acoustic data over long ranges in littoral environments. This work presents the best practices the investigators have cultivated for training, recruiting, and retaining quality undergraduate research assistants. Both paid research positions and unpaid work done for course credit are included in the discussion.
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