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One School's Approach to the Additional Area of Science Requirement for Civil Engineering

机译:一所学校对土木工程科学要求额外领域的途径

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In 2008 ABET's Engineering Accreditation Commission (EAC), the body responsible for accreditation of engineering programs, changed the criteria for Civil Engineering programs to include a requirement that graduates of those programs "can... apply knowledge of... at least one additional area of science, consistent with the program educational objectives". This new requirement appears to have its origins in the Body of Knowledge (BOK), and the desire to make those ideals and the ABET requirements for Civil Engineering programs become one in the same. However, for many programs across the country this became an issue of concern and confusion. Taking its cue from the BOK the "one additional area of science" shortly became defined to mean a physical science, as opposed to a social science, and that this "area of science" could not include Computer Science, Chemistry or Physics. Because of this, programs needed to change their curricula to address this criterion. Schools that had an emphasis where additional Chemistry or Physics courses had previously been incorporated to take advantage of native strengths in their university or to support the focus of their program now had to reassess the value of these course versus the need to cover an area of science outside these fields. Many other schools had not required a science course outside of Chemistry or Physics and now needed to add a course to address this issue. Still others who may have required such a course now needed to assess the effectiveness of yet another course taught outside their department. This paper will look at the method adopted by one university to meet this new criterion while at the same time attempting to remain true to the goals and objective of that program with respect to providing a broad education to its students and utilizing the unique and distinct opportunities that program's university provided to those same students. This university adopted the use of a questionnaire given to all students who graduated with the criterion of an additional "area of science" included in their graduation requirements to collect data on the subject. The questionnaire asked which area of emphasis within Civil Engineering the student planned to pursue upon graduation, which additional "area of science" the student the student studied while they were in school, and how this additional "area of science" aided them in their understanding of Civil Engineering. The results obtained, after this new criterion had been in effect for several years offers insight into both the method of meeting this requirement chosen by this university, as well as comments on the benefit of this criterion for the Civil Engineering profession as a whole.
机译:2008年,ABET的工程认证委员会(EAC),负责工程方案认证的机构改变了土木工程方案的标准,包括这些计划的毕业生的要求“可以......应用......至少一个额外的知识科学领域,与方案教育目标一致“。这一新要求似乎在知识体系(Bok)中有其起源,以及使这些理想和土木工程计划的儿童要求成为一个同样的愿望。但是,对于全国各地的许多方案而言,这成为关注和困惑的问题。从Bok那里开始“一个额外的科学领域”,很快被定义为一个物理科学,而不是社会科学,而这种“科学领域”不能包括计算机科学,化学或物理学。因此,更改其课程所需的程序以解决这一标准。在额外的化学或物理课程中曾融入过额外的化学或物理课程,以利用其大学的本土优势,或者支持他们计划的重点,现在必须重新评估这些课程的价值与涵盖科学领域的必要性在这些领域之外。许多其他学校在化学或物理学之外,现在还没有必要添加一个课程来解决这个问题。其他可能需要这样的课程的其他人现在需要评估他们部门外部教授的另一个课程的有效性。本文将研究一所大学采用的方法,以满足这一新标准,同时试图持续到该计划的目标和目标,以便为其学生提供广泛的教育,并利用独特和独特的机会该计划的大学向同一个学生提供。这所大学通过了对所有毕业的所有学生的调查问卷,他们毕业的毕业要求中包含了额外的“科学领域”,以收集关于该主题的数据。调查问卷询问在民间工程中的哪个重点是追求毕业的学生,​​其中“科学领域”学生在学校学习,以及这一额外的“科学领域”如何理解他们土木工程。获得了几年后获得了这一新标准之后获得的结果,对这所大学选择的这一要求进行了解,以及对整个土木工程专业的益处的影响。

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