Are Attitudes Toward Engineering Influenced By A Project Based Introductory Course?
Author(s) -
Samuel Daniels,
Ismail I. Orabi,
Jean Nocito-Gobel,
Michael Collura
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--14704
Subject(s) - engineering education , curriculum , project based learning , mathematics education , haven , science and engineering , discipline , computer science , engineering , engineering management , engineering ethics , pedagogy , psychology , sociology , mathematics , combinatorics , social science
Like most engineering schools, the School of Engineering and Applied Science at the University of New Haven (UNH) offers a first year Introduction to Engineering course (EAS107). Unlike similar courses at most other schools, however, EAS107 is also part of the UNH core curriculum and is taken by many students who are not studying engineering, thus providing an opportunity to influence these students’ perception of engineering. As part of a new curricular model for our engineering students, the Multi-Disciplinary Engineering Foundation Spiral, this course has been transformed from a traditional delivery mode to a project-based format. One of the primary objectives of changing the course is to improve retention of engineering students by giving them the opportunity to do hands-on engineering activities during their first semester. There is concern, however, about how the nonengineering students will respond to the new format. During the fall 2003 semester we offered 2 sections of EAS107 in the project format one with only engineering freshmen and one with a mix of students from various majors. In addition, four other sections of EAS107 were offered using the traditional delivery mode. During the fall 2004 semester we offered 3 sections of EAS107 in the project format with a mix of students from engineering and other majors, and 3 sections using the traditional delivery mode consisting entirely of other majors. Student perceptions of the engineering profession and of their preparation to study this field were assessed at the beginning and at the end of the course using a survey instrument. This paper presents results of the survey in an attempt to answer the following questions: Does a misconception about engineering lead some students to select other majors? How are engineering students` attitudes affected by a project-based introductory course? What is the effect of a heterogeneous class on student attitudes? What are the primary influences in students’ choice of a major? Initial attitudes are examined to determine differences by gender, age and major. Changes in attitudes are tracked with regard to course delivery mode and mix of students in the class.
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