Developing recruitment and retention strategies through "Design4Practice" curriculum enhancements

J. Tester, D. Scott, J. Hatfield, R. Decker, F. Swimmer
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引用次数: 19

Abstract

Northern Arizona University's (NAU) College of Engineering and Technology (CET) has an energetic program to identify pre-degree student populations, bring educational resources to these populations to enable recruitment into the NAU CET learning environment, and retain these students throughout the CET degree programs through graduation. The program, the engineering talent pipeline, builds upon the student-oriented multicultural engineering program (MEP) and the "Design4Practice" (D4P) design curriculum. A study was undertaken to understand successful recruitment and retention efforts of other universities, in order to apply the best practices to the D4P curriculum. This paper primarily address the information gathered from best practices research that lead to our current D4P curriculum enhancement efforts. The D4P courses provide all engineering majors with interdisciplinary, team-based design projects throughout their four-year program. Also determined were evaluation metrics that demonstrate improvement in recruitment and retention; these metrics were considered for integration into the assessment reports associated with the future curriculum enhancements. We present our findings of the above activities and preliminary strategies for enhancing those D4P courses which most impact our recruitment and retention: The freshman and sophomore design courses.
通过加强“设计实践”课程,制定招聘和留用策略
北亚利桑那大学(NAU)工程技术学院(CET)有一个充满活力的计划,以确定学位前的学生群体,为这些群体提供教育资源,使他们能够进入NAU的CET学习环境,并在整个CET学位课程中保留这些学生直到毕业。该项目是工程人才管道,建立在以学生为导向的多元文化工程项目(MEP)和“设计实践”(D4P)设计课程的基础上。为了将最佳实践应用于D4P课程,我们进行了一项研究,以了解其他大学成功招聘和留住人才的努力。本文主要讨论从最佳实践研究中收集到的信息,这些信息导致我们目前的D4P课程改进工作。D4P课程为所有工程专业的学生提供跨学科的、以团队为基础的设计项目。还确定了表明在招聘和保留方面有所改善的评估指标;考虑将这些度量标准集成到与未来课程改进相关的评估报告中。我们将介绍我们在上述活动中的发现和初步策略,以加强对我们的招聘和保留影响最大的D4P课程:大一和大二的设计课程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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