Factors influencing university performance of associate in arts graduates transferring to the state university system

Document Type

Dissertation

Degree

Doctor of Philosophy (PhD)

Major/Program

Higher Education

First Advisor's Name

Joseph B. Cook

First Advisor's Committee Title

Committee Chair

Second Advisor's Name

William Kurtines

Third Advisor's Name

George S. Morrison

Keywords

Transfer students, Florida, Academic achievement, State universities and colleges

Date of Defense

1992

Abstract

The purpose of this study was to examine the factors
behind the failure rates of Associate in Arts (AA)
graduates from Miami-Dade Community College (M-DCC) transferring to the Florida State University System (SUS). In M-DCC's largest disciplines, the university failure rate was 13% for Business & Management, 13% for Computer Science, and 14% for Engineering. Hypotheses tested were: Hypothesis 1 (H1): The lower division (LD) overall cumulative GPA and/or the LD major field GPA for AA graduates are predictive of the SUS GPA for the Business Management, Computer Science, and Engineering disciplines. Hypothesis 2 (H2): Demographic variables (age, race, gender) are predictive of performance at the university among M-DCC AA graduates in Engineering, Business & Management, and Computer Science.

Hypothesis 3 (H3): Administrative variables (CLAST -
College Level Academic Skills Test subtests) are predictive of university performance (GPA) for the Business/Management, Engineering, and Computer Science disciplines. Hypothesis 4 (H4): LD curriculum variables (course credits, course quality points) are predictive of SUS performance for the Engineering, Business/Management and Computer Science disciplines.

Multiple Regression was the inferential procedure
selected for predictions. Descriptive statistics were
generated on the predictors. Results for H1 identified the LD GPA as the most significant variable in accounting for the variability of the university GPA for the Business & Management, Computer Science, and Engineering disciplines.

For H2, no significant results were obtained for the
age and gender variables, but the ethnic subgroups indicated significance at the .0001 level. However, differentials in GPA may not have been due directly to the race factor but, rather, to curriculum choices and performance outcomes while in the LD.

The CLAST computation variable (H3) was a significant predictor of the SUS GPA. This is most likely due to the mathematics structure pervasive in these disciplines.

For H4, there were two curriculum variables significant in explaining the variability of the university GPA (number of required critical major credits completed and quality of the student's performance for these credits). Descriptive statistics on the predictors indicated that 78% of those failing in the State University System had a LD major GPA (calculated with the critical required university credits earned and quality points of these credits) of less than 3.0; and 83% of those failing at the university had an overall community college GPA of less than 3.0.

Identifier

FI14050418

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