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ERGONOMICS OF LEARNING IN A VERY DESCRIPTIVE APPLIED HUMAN FACTORS COURSE

机译:在描述性应用人为因素课程中学习的人体工程学

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Teaching profession continues to hold its status as a noble profession and university faculty are held with high esteem by the general population. Some faculty teaching in engineering and technical programs have begun to address the pedagogy of learning in recent years. This is supported by a number of initiatives at the national level. Besides funding of such activities by organizations such as the National Science Foundation, engineering professional societies have created forums and awards to recognize and promote teaching and learning of engineering subject matter. This paper addresses an experiment in improved learning by students of a subject matter that is very descriptive and non-traditional as compared to most engineering subjects. The applied human factors course is an elective course for engineering technology (ET) students and a required course for the (non-technical) industrial design students from the College of Fine, Performing, and Communication Arts (CFPCA) at Wayne State University (WSU). Technical students are more comfortable with equations and formulas where as the non-technical students have practically no exposure to such things. Setting for this course was a multi-media distance learning laboratory and the teacher had an important task of not just covering the material, but to increase student interest to optimize their learning. Although all the teaching material for the course was prepared for presentation in power point, after a discussion with the class, it was decided to make the learning process different from the traditional teaching. The class was divided in three groups and each group was given a reading assignment covering one third of the material to be covered in each class session. Each group met on a regular basis going over its assignment and breaking up the task for each team member to lead presentation and discussion for the next class. Learning objectives addressed in the course included team work, effective communication, system design and implementation, continued student participation, and effective learning for long term retention besides the contents of the subject matter. Overall, students really felt they were learning a lot and achieving unexpected new presentation skills. This paper would summarize a very positive experience of all dealing with learning pedagogy.
机译:教学职业继续保持其高贵职业的地位,普通民众对大学教师的重视程度很高。近年来,一些工程和技术课程的教师教学已开始着手解决学习教学法。这得到了国家一级的一些倡议的支持。除了由美国国家科学基金会等组织为此类活动提供资金外,工程专业协会还创建了论坛和奖项,以表彰和促进工程主题的教与学。本文针对与大多数工程学科相比具有描述性和非传统性的学科的学生进行了改进学习的实验。人为因素应用课程是面向工程技术(ET)学生的选修课程,是来自韦恩州立大学(WSU)美术,表演与传播艺术学院(CFPCA)的(非技术)工业设计学生的必修课程)。技术学生更喜欢方程式和公式,因为非技术学生几乎不接触这些东西。该课程的设置是一个多媒体远程学习实验室,老师的重要任务不仅是覆盖材料,而且还要提高学生的兴趣,以优化他们的学习。尽管本课程的所有教材都是准备在幻灯片上演示的,但与全班讨论后,还是决定使学习过程不同于传统的教学方法。全班分为三组,每组都有阅读任务,覆盖了每堂课要讲的材料的三分之一。每个小组都定期开会,讨论其任务,并分担每个团队成员的任务,主持下一堂课的演讲和讨论。本课程中解决的学习目标包括团队合作,有效的沟通,系统设计和实施,持续的学生参与以及除了主题内容之外的有效学习以长期保留。总体而言,学生们真的感到自己在学习很多东西并获得了意想不到的新演讲技巧。本文将总结所有与学习教学法有关的非常积极的经验。

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