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A New Web-Based Outreach Platform for Classroom Projects: An Application Example in Geoenvironmental Remediation

机译:一个新的基于Web的课堂项目外展平台:地球环境修复中的应用示例

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摘要

Graduate level courses commonly include a class project. Typically, these projects involve a report that is corrected by the instructor and may include an oral presentation in the classroom. Recent research studies on education and learning indicate that students learn better when their class projects are reviewed by a broader audience rather than merely the instructor of the course. A web-based platform that allows instructors and students to host student class projects online was developed and is presented. The platform was used in the Winter 2013 semester to support a web-based class project as part of a graduate level course on Geoenvironmental Engineering at the University of Michigan. Students selected a topic on geoenvironmental remediation and submitted their report online using the web-based platform. The student reports were made available to professionals for review. Practitioners as well as experts on geoenvironmental remediation were notified about this initiative and were invited to submit online questions, and comments or request clarifications from the students. Students were required to respond to the technical review comments and make the necessary improvements and clarifications to their final report. On the basis of the comments by visitors and the instructor, students finalized their report and prepared a video that was also made available online. The student reports remain online as technical reference to geoenvironmental engineering professionals. Professionals welcomed the opportunity to become involved in student learning; each class project was visited by 400-1000 practitioners within the two-week review period. The impact of this student-learning experiment was also assessed. Students' self-assessment survey results indicated that students were more motivated to submit a quality project, were excited to receive feedback from practitioners and felt that their work made a greater impact to the Profession compared to submitting a "conventional" class project report to the instructor only.
机译:研究生课程通常包括一个班级项目。通常,这些项目涉及由教师纠正的报告,并且可能包括课堂上的口头陈述。最近有关教育和学习的研究表明,学生的课堂项目得到更广泛的听众而非仅仅是课程讲师的回顾时,学生会学得更好。开发并展示了一个基于网络的平台,该平台允许教师和学生在线托管学生课堂项目。该平台在2013年冬季学期用于支持基于Web的课堂项目,这是密歇根大学地球环境工程研究生课程的一部分。学生选择了有关地球环境修复的主题,并使用基于Web的平台在线提交了报告。学生报告已提供给专业人士进行审查。通知了从业者和地质环境修复专家有关此倡议的信息,并邀请他们提交在线问题,评论或要求学生做出澄清。要求学生对技术审查意见做出回应,并对最终报告做出必要的改进和澄清。根据访问者和讲师的评论,学生们完成了他们的报告并准备了一个视频,该视频也可以在线获得。学生报告仍保留在线状态,以作为地质环境工程专业人士的技术参考。专业人士欢迎有机会参与学生学习;在两周的审查期内,每个班级项目都有400-1000名从业人员访问。还评估了该学生学习实验的影响。学生的自我评估调查结果表明,与向学生提交“常规”课堂项目报告相比,学生更有动力提交高质量的项目,很高兴收到从业者的反馈,并认为他们的工作对职业产生了更大的影响。仅教员。

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