Chapter: 2 Science & Engineering Indicators 93

Associate Degrees in S& E


Technical education contributes to a skilled and competitive labor force. (
"Technical Education in Japan and Germany" describes how other countries provide the vocational training critical to a highly industrialized economy.) For example, most of the 700 colleges offering associate degrees in engineering technology have arrangements with secondary schools to offer technical preparation programs, and with industry to train or retrain workers. (Click here for footnote 19.) Additionally, the increased emphasis on a competitive workforce has caused community colleges to establish new advanced technological education programs. The National Science Foundation has a $10 million budget in 1994 to improve such programs in 2-year institutions. This section provides some baseline information on associate degrees in science, engineering, and engineering technology. (Click here for footnote 20.)

In 1991, of the 486,000 associate degrees awarded, only 19,000 were in S& E fields and 45,000 were in engineering technology. (See appendix table 2-17.) Associate degrees in S& E have declined in absolute numbers from 1983 to 1991, reflecting the decrease in the pool of U.S. college-age students. In engineering technology, associate degree awards increased an average of 6 percent per year from 1975 to 1985; there has been a 2-percent annual decline since then, somewhat mirroring the decline in engineering bachelors degrees.

Women receive almost half of all associate degrees awarded in the natural sciences and mathematics/computer sciences, but only about 11 percent of the degrees in engineering and engineering technology. Associate degrees declined between 1983 and 1991 for males, but not for females or underrepresented minorities. (See text table 2-5 and appendix tables 2-17 and 2-18.) This group--which includes black, Hispanic, and Native American students--is approximately 18 percent of the undergraduate population, and received 15 percent of the associate degrees in S& E in 1991. This figure represents an improvement in participation rates in some fields of S& E from 1985 levels, mainly in mathematics/computer sciences and engineering. Junior colleges show a greater share of minority achievement (earned associate degrees) than 4-year colleges.


Footnote 19:
Almost all of these schools also have arrangements for student transfer to 4-year programs (SRS forthcoming).


Footnote 20:
Overall trends are available for 1975 to 1991; degrees by race/ethnicity are available for 1983 to 1991.


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