Salt Lake City, Utah
June 23, 2018
June 23, 2018
July 27, 2018
New Engineering Educators
Building a Physical Model to Teach Creative Problem Solving Skills in Online and Live Courses
Abstract Many faculty, especially new faculty, sometimes feel overwhelmed by having to teach both online and live courses while simultaneously pursuing scholarship and service activities. An effective way for faculty to improve their teaching efficiency is by creating assignments that can be taught in both online and live classes. An assignment the author has developed involves teaching creative problem solving skills for both online and live courses, by having students build a physical model of a problem and solution.
In today’s competitive work environment, faculty need to provide students with the creative thinking skills that can help prepare them to deal with complex and unstructured problems that they will encounter in the workplace. At the same time, while developing their courses, sometimes faculty lose sight of the possible application of assignments for multiple modes of delivery. Faculty need to recognize the opportunities to create assignments and structure them for both online and live class delivery.
In the paper, the author will describe the major components of the creative problem solving assignment. The paper will identify the benefits derived from using this assignment to develop creative thinking skills. In the paper, the author will assess the assignment on promoting creative problem solving skills using a pretest/post test and an assignment evaluation. Also, the author will provide ideas for technology and engineering faculty on how they can develop assignments for both online and live course delivery. Finally, the author will compare the evaluation results of the assignment between his online and live classes.
Key Terms: teaching efficiency, physical model, creative problem solving, online and live class delivery.
Ocon, R. (2018, June), Building a Physical Model to Teach Creative Problem-solving Skills in Online and Live Courses Paper presented at 2018 ASEE Annual Conference & Exposition , Salt Lake City, Utah. 10.18260/1-2--30161
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