(NCES 98-042) Ordering information
The 20th century has witnessed the expansion of a global marketplace where market productivity has increasingly become dependent on technology. The United States' ability to maintain the technical manpower needed to compete internationally has become a critical issue as has the nation's ability to establish and maintain relationships with other nations. Foreign graduate students were more likely to study science and engineering than U.S. students were and have become the dominant population in some science and engineering fields. During the past 20 years, the number of foreign students receiving advanced degrees from U.S. colleges and universities in science and engineering has increased dramatically. Whether these students remain in the United States to work after graduation or take their skills back to their home countries is critical in assessing U.S. science and engineering resources.
Using data from two surveys, the Survey of Earned Doctorates (SED) and the Integrated Postsecondary Education Study Data System (IPEDS), this issue brief presents data on the percentage of foreign graduate students in the United States, the home countries of foreign doctoral students, their major fields of study, and their plans after graduation.
Most of the increase in the number of foreign students earning master's degrees occurred in the late 1970s and 1980s. During the 1990s, the increase in the number of foreign students earning graduate degrees in U.S. colleges and universities has slowed in recent years (figure 1). In 1994, 46,317 foreign students earned master's degrees compared to 339,102 U.S. students and 11,538 foreign students earned doctor's degrees compared to 31,611 U.S.
------------------------------------------------------------- Field of study Master's Doctor's ------------------------------------------------------------- Total 12.0 26.7 Total science and engineering 31.3 40.9 Natural sciences 25.4 33.5 Life sciences 18.0 27.5 Physical sciences 31.1 35.6 Mathematics 26.7 48.5 Computer sciences and engineering 33.5 52.3 Computer and information sciences 37.5 44.8 Engineering 32.1 53.3 -------------------------------------------------------------SOURCE: U.S. Department of Education, National Center for Education Statistics, Digest of Education Statistics, 1996 (based on IPEDS/HEGIS surveys of degrees conferred).
In 1994, 31 percent of all science and engineering master's degrees and 41 percent of all science and engineering doctor's degrees were conferred to foreign students (table 1). Foreign students earned close to 50 percent of the doctor's degrees conferred in mathematics and engineering. Foreign students also earned a substantial number of graduate degrees in business and management. In 1994, 14 percent of master's and 29 percent of doctor's degrees in business and management were conferred to foreign students.
When examining the fields of study that U.S. and foreign graduate students choose, foreign graduate students were more likely to earn degrees in science and engineering than U.S. graduate students. For example, in the 199394 academic year, 37 percent of all foreign master's degree recipients earned a degree in science and engineering, compared to 11 percent of U.S. recipients. At the doctoral level, 61 percent of all foreign recipients earned degrees in science and engineering, compared to 32 percent of all U.S. doctoral recipients/1
Foreign students who earned doctor's degrees in the natural sciences and in computer sciences and engineering were more likely to have definite commitments to stay in the United States after graduation (66 and 62 percent, respectively) than all foreign doctoral students (Figure 2). Of those foreign students who earned a doctorate in the natural sciences and had definite plans more than half (54 percent) planned to pursue postdoctoral study in the United States, while 12 percent had employment commitments in the United States. Among foreign students who earned doctorates at U.S. colleges and universities, students from the PRC and India were more likely to stay in the United States after graduation (92 and 89 percent, respectively) than students from Korea (49 percent), Taiwan, and Canada (40 percent each).
------------------------------------------------------------------------------------ 1995 Field of study ---------------------- Country Computer of origin Postdoctoral 1985 Natural science/ ----------------- location Total Total sciences engineering PRC* India ------------------------------------------------------------------------------------ U.S. location 46.4 53.6 65.8 62.2 92.4 88.5 Postdoctoral study 21.1 27.1 54.1 23.3 59.4 36.6 Employment 25.4 26.6 11.7 39.1 33.0 52.0 Foreign location 53.5 46.4 34.1 37.6 7.6 11.5 Postdoctoral study 6.0 10.0 17.0 6.1 2.5 4.8 Employment 47.6 36.4 17.1 31.6 5.1 6.7 ------------------------------------------------------------------------------------* The People's Republic of China.
NOTE: This table includes foreign doctoral recipients who indicated a "definite" commitment at the time of the survey. A "definite plan" includes signing a contract or other firm commitments for study or employment. About 53 percent of the temporary residents reported "definite plans" in 1995.
SOURCE: National Research Council, Survey of Earned Doctorates, Doctorate Record File, 1985 and 1995.
Foreign students who earned doctor's degrees in science and engineering were more likely to have definite commitments to stay in the United States after graduation (for postdoctoral study or employment) than foreign students who earned doctorates in other fields. Because graduates use postdoctoral study to further their career in academia and/or to conduct research in the science and engineering fields, those students who stay in the United States may be a major resource for the nation.
Foreign graduate students are an important resource at U.S. colleges and universities. They help universities develop an international presence, create a culturally diverse campus environment, bring financial and human resources to the universities and, if they remain in the United States after graduation, are a potential source for additional science and engineering personnel.\2\ However, U.S. policymakers must remain aware of the proportion of advanced degrees in science and engineering being awarded to students from other countries. There are a limited number of spaces and money in academic programs and in the research/postdoctoral job market. Are U.S. students simply choosing not to enter these fields of study or is intense competition keeping them from these slots? Further research should be done to investigate whether this is indeed something policy makers need to be concerned about.
2/ Todd Davis, Institute of International Education. (1994). Open Doors 1993-94: Report on International Educational Exchange. New York.
Finn, Micheal G, Leigh Ann Pennington, and Kathryn Hart Anderson, (1995). Foreign Nationals Who Receive Science or Engineering PhDs from U.S. Universities: Stay Rates and Characteristics of Stayers.
U.S. Department of Education, National Center for Education Statistics, Digest of Education Statistics, 1996. (This report has information regarding degrees earned by foreign students by gender).
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For more information about the content of this report, contact Tom Snyder at Tom.Snyder@ed.gov.