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Promoting Critical Thinking Skills in Non-Calculus Ready First Year Engineering Students
In order to fill this gap, it has become necessary to develop a course that serves multiple purposes. First, it must introduce the students to engineering, the engineering design process, and critical thinking skills. Second, the course must be able to combine engineering and critical thinking skills with mathematics in order to prepare the students for higher level courses.
A course of this nature has been implemented for the at West Virginia University as of Fall 2015. Thus far, 17 students have participated in the class, with approximately 65 students enrolled in the Fall 2016 semester. Engineering projects, assessments, lectures, and in class activities have all been designed in order to promote critical thinking and in order to teach the Conceive, Design, Implement, and Operate (CDIO) Educational Framework. In addition, a laboratory portion has been added to the class in order to further develop math skills as they relate to engineering. Preliminary math and CAT critical thinking tests are administered in order to collect baseline data. At the completion of the course, the work done by the students is analyzed and a second math and CAT critical thinking test is administered in order to determine the success of the course in improving students’ critical thinking skills. This paper summarizes the implementation of the course and presents the course material developed to promote critical thinking skills in participants in the study.
Author(s):
Anika Coolbaugh
Fundamentals of Engineering Program
West Virginia University
United States
Sai Sadhika Veeramachaneni
Fundamentals of Engineering Program
West Virginia University
United States
Lizzie Santiago
Fundamentals of Engineering Program
West Virginia University
United States