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Black engineering transfer students : what explains their success?

conference contribution
posted on 2017-12-06, 00:00 authored by C Cosentino, M Sullivan, N Gahlawat, Matthew Ohland, R Long
The transfer pathway, particularly from two- to four-year colleges, is often seen as a vehicle to expand the science and engineering workforce by increasing college participation of underrepresented groups, such as black or African American students. In an earlier study, after controlling for credits earned, we found that black transfer students are more likely to persist in engineering than non-transfer black students - a finding that does not hold for students of other ethnicities. In this paper, we study this somewhat puzzling difference in outcomes for black transfer students. Using an updated version of the longitudinal data set used in the earlier study that enables us to distinguish transfers from two- versus four-year institutions, we find that (1) black students in engineering are more likely to transfer from other four-year institutions than from two-year institutions, and (2) transfers from two- versus four-year institutions differ on several key characteristics, including gender, full- versus part-time enrollment status, and education outcomes including six-year graduation in engineering. Observing that our earlier results were driven by transfer students from four-year institutions, we focus this analysis on transfers from two-year colleges to identify factors associated with their performance and persistence in engineering. We find that gender and academic achievement (engineering GPA) - not transfer status - are driving graduation outcomes for two-year black transfer students. Black women are 28 percent less likely to drop out, IS percent less likely to fail an engineering course, and 25 percent more likely to graduate in engineering in six years than black men. In terms of performance, for every tenth of a grade point increase in engineering GPA, the odds of a black student graduating with an engineering degree in six years improves by 13.7 percent. These results should inform debates regarding the effectiveness of the two-year transfer pathway in engineering for black and other minority students.

History

Start Page

1

End Page

5

Number of Pages

5

Start Date

2014-01-01

ISSN

0190-5848

ISBN-13

9781479939213

Location

Madrid, Spain

Publisher

IEEE

Place of Publication

United States

Peer Reviewed

  • Yes

Open Access

  • No

Era Eligible

  • Yes

Name of Conference

Frontiers in Education Conference