Concerning the marginalization of computer science education in K-12 STEM education in the United
States, this study examined the extent to which taking more credits in computer science courses at the
secondary level predicts students' STEM major choices in postsecondary institutions in the U.S., by
comparison to the well-documented predictors of students' STEM major choices after controlling for
student demographic characteristics (i.e., gender, SES, and racial background). These predictors include
credits earned in math and science courses as well as ACT math scores. Drawing on a nationally
representative sample of U.S. young adults who were 12th graders in 2004 and disclosed their college
majors by 2006, logistic regression analyses revealed that students who took more units in computer
science courses were significantly more likely to choose STEM majors in both 4-year and 2-year postsecondary
institutions. Moreover, regardless of the type of postsecondary institutions that students
attended, taking more units in computer science courses played a significant role in choosing STEM
majors. In addition, the effects of computer science education on student STEM major selection were
equally as strong as the effects of math and science education. The results suggest that promoting the
quality of computer science education is just as important in motivating students to pursue STEM education
and career choices at the secondary level as are math and science education.
Concerning the marginalization of computer science education in K-12 STEM education in the UnitedStates, this study examined the extent to which taking more credits in computer science courses at thesecondary level predicts students' STEM major choices in postsecondary institutions in the U.S., bycomparison to the well-documented predictors of students' STEM major choices after controlling forstudent demographic characteristics (i.e., gender, SES, and racial background). These predictors includecredits earned in math and science courses as well as ACT math scores. Drawing on a nationallyrepresentative sample of U.S. young adults who were 12th graders in 2004 and disclosed their collegemajors by 2006, logistic regression analyses revealed that students who took more units in computerscience courses were significantly more likely to choose STEM majors in both 4-year and 2-year postsecondaryinstitutions. Moreover, regardless of the type of postsecondary institutions that studentsattended, taking more units in computer science courses played a significant role in choosing STEMmajors. In addition, the effects of computer science education on student STEM major selection wereequally as strong as the effects of math and science education. The results suggest that promoting thequality of computer science education is just as important in motivating students to pursue STEM educationand career choices at the secondary level as are math and science education.
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