Assessing Impact of Teaching, Advising and Mentoring on Students in the Enterprise Program

这个探索性的项目将衡量和解释高质量的教学，咨询和指导对密歇根理工大学企业学生的影响，特别关注工程专业的学生保留率，毕业率和职业意向。最近的数据显示，与非企业学生相比，企业学生的六年毕业率要高得多，本项目的假设是，企业教师的高质量教学，建议和指导工作对学生产生了重大和可衡量的影响？毕业率和职业成功。研究将产生一个完整的研究，文件的评估方法和结果，并建议从项目中获得的知识，以改善工程教育的实际应用。它还将创建一个模型，推荐方法和指标，用于评估教学，咨询和指导对学生在工程，毕业，职业意向和其他结果中的保留的影响。该项目将利用各种评估方法来研究参加企业计划的学生，并将使用非企业工程专业的学生作为对照组。由于教学、建议和指导的影响通常不受用于衡量研究成果的各种指标的影响，因此，一个可以直接衡量课堂质量及其对学生成果影响的模型将具有潜在的变革性。这项研究的结果可以通过提供卓越教学重要性的新证据，帮助加强工程教育业务，课程创新的影响，以及教师的贡献谁建议和指导学生，特别是在积极的，应用的学习环境，如企业。这对于招聘工程专业学生，设计留住工程和其他STEM学生的课程，以及吸引可持续的行业支持主动学习课程都是有价值的信息。

This exploratory project will measure and explain the impact of quality teaching, advising, and mentoring on Enterprise students at Michigan Tech, with particular focus on student retention in engineering majors, graduation rates, and career intentions. Recent data shows a substantially higher six-year graduation rates for Enterprise students compared to non-Enterprise students, the hypothesis of this project is that the high quality teaching, advising, and mentoring efforts of Enterprise faculty have had a significant and measurable impact on students? graduation rates and career success. The research will produce a completed study that documents evaluation methods and results and suggests practical applications of the knowledge gained from the project to the improvement of engineering education. It will also create a model that recommends methods and metrics for assessing the impact of teaching, advising, and mentoring on student retention in engineering, graduation, career intentions, and other outcomes. The project will utilize a variety of evaluation methods to study students enrolled in the Enterprise program and will use non-Enterprise engineering students as a control group. Since the impacts of teaching, advising, and mentoring are not typically susceptible to the kinds of metrics used to measure research accomplishments, a model that can directly measure quality in the classroom and its impact on student outcomes would be potentially transformative.The results of this research can help strengthen the business of engineering education by offering new evidence of the importance of teaching excellence, the impact of curriculum innovation, and the contribution of faculty who advise and mentor students, especially in active, applied learning environments such as Enterprise. This is valuable information for recruiting engineering students, for designing programs that retain engineering and other STEM students, and for attracting sustainable industry support for an active-learning curriculum.