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Engr 4001: Engineering ProfessionalismTeaching the “Professional Component” of Engineering

机译:ENGR 4001:工程专业展开工程的“专业成分”

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Engineering is more than just numbers and equations. Engineering exists to serve society, to make knowledge unearthed by math and science accessible to humanity. Engineers must understand the physical nature of the world around them to utilize the technical knowledge available to them effectively, but they also must understand foundations of the social settings in which they wish to apply that technology. Engineering, by its nature, is a multidisciplinary endeavor requiring skills and knowledge from a variety of backgrounds. In a recent accreditation review of engineering programs at the University of Minnesota Duluth (UMD), the Accreditation Board for Engineering and Technology (ABET) visitors suggested that a way be found to instill in students a more complete appreciation for this “Professional Component” of engineering. According to ABET criteria, students should understand how engineering relates to activities in ? Economics, ? Environment, ? Sustainability, ? Manufacturability, ? Ethics, ? Health and safety, ? Society, and ? Politics. In response, the College of Science and Engineering at UMD has developed the course Engr 4001: Engineering Professionalism, to address the relationship between these topics and engineering practice. Offered for the first time in Spring, 2005, this course will embed an existing technical writing course for engineering students, to teach students both the importance of the professional topics above and the skills needed to document technical material in a professional manner. Engineering Professionalism is a design oriented class, required as a pre- or co-requisite for capstone design courses in all engineering programs at UMD. It brings together junior and senior students from Chemical, Industrial, Mechanical, and Electrical and Computer Engineering programs to work together in a multidisciplinary setting to solve design problems and to learn how engineering solutions impact humanity in the professional areas listed above. The course prepares students to use knowledge from their respective disciplines for the good of humanity with both technical competence and professionalism.
机译:工程不仅仅是数字和方程。工程存在于为社会提供服务,使人类能够通过数学和科学出土的知识。工程师必须了解他们周围世界的物理性质,以利用它们有效地提供的技术知识,但他们还必须了解他们希望应用该技术的社交环境的基础。通过其性质,工程是一种多学科努力,需要来自各种背景的技能和知识。在最近明尼苏达州德卢斯大学(UMD)的工程计划的认证审查中,工程和技术(ABET)的认证委员会建议在学生灌输一种对这一“专业成分”的更完全欣赏的方式工程。根据ABET标准,学生应该了解工程如何与活动有关吗?经济学,?环境, ?可持续性,?可制造性,?道德,?健康和安全, ?社会和?政治。作为回应,UMD的科学与工程学院开发了课程ENGR 4001:工程专业性,以解决这些主题与工程实践之间的关系。本课程在春季首次提供,该课程将嵌入现有的工程学生技术写作课程,教学学生对上述专业主题的重要性以及以专业方式记录技术材料所需的技能。工程专业主义是一种设计为导向的课程,要求作为UMD的所有工程计划中的Capstone设计课程的预先或共同要求。它汇集了初中和高级学生的化学,工业,机械和电脑工程方案,以多学科的环境共同努力,解决设计问题,并了解工程解决方案如何影响上述专业领域的人类。该课程准备学生从各自的学科中使用知识,以便对技术能力和专业性的良好。

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