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Arab Idols: Multidisciplinary Mentoring Panel Critiques Design Team Performance

机译:阿拉伯偶像:多学科指导小组批评设计团队表现

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The multidisciplinary engineering design course described in this paper was conceived to give students the opportunity to practice both discipline specific and inter-disciplinary collaborative tasks in the solution of a design problem requiring diverse skills. The authors recommend an educational model that provides ongoing weekly panel reviews between multidisciplinary student teams engaged in a design project and a multidisciplinary mentoring panel. The format developed as the principal investigators/mentors realized they were able to provide teams diverse live feedback from the different perspectives of their disciplines. In a format resembling interactive reality TV talent shows the faculty panel critiqued the "performances" of the design teams' progress on a weekly basis. The format not only provided critical project technical guidance and project tracking but had the added bonus of enhancing the students' soft skills through weekly presentations. The course combined second-year mechanical and electrical majors on 15 teams whose semester project, Mobile Vehicle for Hazardous Waste Cleanup, was chosen for its multidisciplinary components requiring both parallel and integrated efforts on the part of the students. The mentoring panel was comprised of 3 technical faculty (2 Mechanical, 1 Electrical) and 1 Communications faculty, each offering different views and recommendations to the teams. Seventy-five students were surveyed about their satisfaction with the course and project. The students acknowledged several dynamics that evolved from the multidisciplinary format as positive: (1) A cumulative effect of multidisciplinary information gathering; (2) Eye-opening preparation for future work with other disciplines (learning what other disciplines do, how they approach problems differently); (3) The unexpected acquisition of skills in the "other" disciplines. The students acknowledged the following challenges: (1) Lack of understanding of the other disciplines (jargon, technical skills) (2) Difficulty of combining the multidisciplinary subsystems of the project into their design.
机译:本文描述的多学科工程设计课程被设想,让学生有机会在解决需要各种技能的设计问题的解决方案中练习训练具体和间学科的合作任务。作者建议教育模式,提供从事设计项目和多学科指导专家组的多学科学生团队之间的持续每周面板审查。由于主要调查人员/导师实现的格式,他们能够从他们的学科的不同观点提供各种实时反馈的团队。以类似于互动现实电视人才的格式显示,教师小组批评了设计团队的“表演”每周进步。该格式不仅提供了关键的项目技术指导和项目跟踪,还提供了通过每周演示提高学生软技能的额外奖励。该课程为15队的课程综合机械和电气专业,其学期项目,危险废物清理的移动车辆,为其多学科部件选择了,需要在学生的一部分并行和综合努力。指导小组由3项技术教师(2个机械,1个电气)和1个通信系列组成,每个人都提供对团队的不同意见和建议。对课程和项目的满意度调查了七十五名学生。学生承认了几种动态,从多学科格式发展,为正:(1)多学科信息收集的累积效果; (2)未来与其他学科一起使用的眼睛开放准备(学习其他学科,如何以不同的方式接近问题); (3)意外收购“其他”纪律的技能。学生承认以下挑战:(1)缺乏对其他学科(Jargon,技术技能)(2)将项目的多学科子系统结合到其设计中的难度。

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