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Attracting College and High School Students to Study Engineering Technology through Hands-on Mechatronics Product Design Projects

机译:吸引大学和高中学生通过实践机电一体化产品设计项目学习工程技术

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This poster presents the work on using hands-on mechatronics design activities to attract college, as well as high school students, to study engineering technology. This work is supported by a grant from National Science Foundation (NSF) Advanced Technology Education (ATE) division. The Mechatronics Technology Center (MTC) established by the grant enables faculty members from different engineering technology fields to collaborate to introduce mechatronics technology to college students through multidisciplinary hands-on design projects, enable students from mechanical engineering technology, computer engineering technology, electrical engineering technology, industrial design technology, computer system technology to work together to engage in various hands-on undergraduate research projects, enable the college to reach out to high school students from more than 30 local high schools who have interest in engineering through hands-on robotic design projects. These hands-on activities exposed the latest mechatronics technology to the students and at the same time encourage the students to study engineering technology. Engineering technology encompasses many engineering technology fields: mechanical engineering technology, electrical engineering technology, and computer engineering technology, etc. Our integrated hands-on approach in introducing the multidisciplinary design projects to students, make them to realize the intrinsic relations among the four STEM fields and their interdependency.
机译:这张海报提出了使用实践机电一体化设计活动来吸引学院,以及高中生,学习工程技术的工作。该工作得到国家科学基金会(NSF)先进技术教育(ATE)司的批准。由授权设立的机电一体化技术中心(MTC)使不同的工程技术领域的教师能够通过多学科手机设计项目来协作,以便将机电一体化技术引入大学生,使学生能够从机械工程技术,计算机工程技术,电气工程技术的学生实现学生,工业设计技术,计算机系统技术合作,共同聘请各种实践本科研究项目,使学院能够从30多所拥有兴趣通过实践机器人设计的当地高中学生伸出高中生。项目。这些动手活动将最新的机电一体化技术暴露给学生,同时鼓励学生学习工程技术。工程技术包括许多工程技术领域:机械工程技术,电气工程技术和计算机工程技术等。我们对学生的多学科设计项目引入多学科设计项目的综合动手方法,使其能够实现四个干田的内在关系及其相互依赖性。

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