Author :
Anderson-Rowland, Mary R. ; McCartney, Mary Ann ; Reyes, Maria A.
Abstract :
The goal of the Office of Minority Engineering Programs (OMEP) at Arizona Stare University (ASU) is to build a climate that develops not only academic excellence, but, also, provide experiences for students that will build self esteem, competence, and flexible and marketable skills that will sustain them through the twenty first century. Comprehensive approaches to the development of engineering strategies are most often created not in isolation, but through collaborative, team building strategies. OMEP has the challenge of preparing students to meet the changing industry climate. Therefore, a program was called for that could reinforce engineering concepts in a team setting to improve academic excellence. Supported by the Foundation Coalition, the OMEP has now begun an Academic Excellence Program that clusters under represented minority (African American Hispanic and Native American) students enrolled in ECE 100, a course designed to teach engineering concepts and computer skills. Non minority students in the course are also invited to participate in these workshops. The students develop their own community of learners and collectively come to conclusions on how to process information. The Academic Excellence Workshops help to move away from traditional tutoring that is often a short term fix. Rather, these sessions enhance the mastery of engineering concepts as opposed to isolated problems. We feel this process prepares students for potential curriculum integration in the future, as well as for team participation in industry
Keywords :
computer science education; educational courses; engineering education; human factors; prejudicial factors; professional aspects; social aspects of automation; teaching; ECE 100; Office of Minority Engineering Programs; academic excellence; changing industry climate; computer skills; curriculum integration; engineering concepts; engineering strategies; marketable skills; minority engineering students; self esteem; team building strategies; team participation; under represented minority students; Design engineering; Educational institutions; Engineering students; Online Communities/Technical Collaboration; Solids; Urban areas;