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A Future Proposed Applied Engineering Degree at Eastern Michigan University

机译：密歇根东部大学未来拟议应用工程学位

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Presently, many universities are offering the BS in Electronics Engineering Technology (EET) and the BS in Engineering Physics in separate departments. The BS in Electronics Engineering Technology (EET) focuses on applying practical engineering principles; however, the BS in Engineering Physics concentrates on applying traditional physics and engineering concepts. With regard to national standards, graduates of Engineering Physics are granted permission to take the FE Exam; it is assumed the program has obtained ABET Engineering Accreditation EAC/ABET. Although, some graduates of Electronics Engineering Technology acquire a strong math and science background, they are denied permission to take the FE Exam in many states because EET majors are presently denied ABET Engineering Accreditation. Nevertheless, many employers would benefit from applied hands-on knowledge coupled with engineering physics. This paper describes a paradigm of interdisciplinary studies between Electronics Engineering Technology and Engineering Physics to be proposed in the near future. The proposed interdisciplinary degree would combine engineering principles and applications to meet the current industrial needs. As a result, many students could obtain employment related to applied product design, and they could also obtain the proper credentials to take the FE Exam. The proposed program could coexist with current engineering technology and engineering physics programs. Thus, the degree is not an Engineering Technology Degree, but Interdisciplinary Degree offered between the two programs. The final degree would be granted through Engineering Physics with a title such as BS in Engineering Electronics and Physics. Requiring standard engineering textbooks, the education will be implemented through both departments. The program provides an equivalent Electro- Mechanical Engineering background.
机译：目前，许多大学都在单独部门的电子工程技术（EET）和BS中的BS提供BS。电子工程技术（EET）的BS侧重于应用实用工程原则;然而，工程物理学中的BS专注于应用传统物理和工程概念。关于国家标准，工程物理毕业生被授予允许采取FE考试;假设该计划已获得ABET工程认证EAC / ABET。虽然，一些电子工程技术毕业生获得了强大的数学和科学背景，但他们被拒绝允许在许多国家采取FE考试，因为EET专业是目前的工程认证。尽管如此，许多雇主将从应用的实践知识中受益与工程物理学。本文介绍了在不久的将来提出了电子工程技术与工程物理学的跨学科研究的范式。拟议的跨学科学位将结合工程原则和申请来满足当前的工业需求。因此，许多学生可以获得与应用产品设计有关的就业，他们也可以获得适当的凭证来接受FE考试。拟议的计划可以与当前的工程技术和工程物理计划共存。因此，学位不是工程技术学位，而是两个程序之间提供的跨学科程度。最终学位将通过工程物理学获得标题，如工程电子和物理学中的BS。需要标准的工程教科书，教育将通过两个部门实施。该计划提供了一种等效的电力机械工程背景。

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