Presents figures representing student enrollment in engineering and technology at all major U. S. universities for fall, 1975. Includes a breakdown by school and by curriculum group, and a comparison of enrollment for the years 1967 to 1975. (SL)

Presents findings of the Engineering Manpower Commission's 1983 survey of engineering technology enrollments. Includes data on enrollments for all students by curriculum and academic year; women and minorities; all associate degree programs by institutions; all bachelor degree programs; and for Accreditation Board of Engineering and Technology…

Presents and discusses data on engineering technology enrollments for all students (by curriculum and level), for women and minority groups, and for all programs (broken down by state and type of degree). Data comparing 1982 to previous years are also included. (BC)

Reports findings of a national survey gathering information on how high enrollments have affected engineering education. Data are presented on student/faculty ratios, enrollment increases, teaching loads, and salaries. (CS)

Provides an analysis of 20 years of research and graduate study experiences in engineering colleges, focusing on 17 variables including full-time, faculty, part-time faculty, master's enrollment, doctoral enrollment, master's/doctoral degrees awarded, researchers, research expenditures, and number of research projects. (JN)

Reports educational statistics of student enrollment on the basis of survey data obtained by the Engineers Joint Council between 1967 and 1972. Indicates that the 1972 survey shows a significant decline at all levels in comparison with fall 1971. (CC)

A study of the decline in engineering enrollment and its relationship to the general economic situation. Tabulated survey results from a 1971 New Matriculant Survey developed by Cornell University are compared with similar data from 1970. (TS)

In 1982 almost half of all American doctoral degrees in engineering went to foreign students. The United States role in educating these students and several serious difficulties facing the American engineering education enterprise as it relates to foreign students are discussed. The need for national policy in this area is addressed. (JN)

Presented are the findings of the Engineering Manpower Commission's twenty-second enrollment survey which covers all engineering programs and all engineering technology schools with approved curricula. Survey methodology and the special cases of women, minorities, and foreign nationals are discussed. (CW)

Presents statistics from a survey of high school students which investigated career choice patterns, most important reasons for career choice, and persons or sources most helpful in making career choices. Also reveals that engineering enrollments have been declining for several years, and that many engineering students eventually change to…

Traces the evolution of the increase in the number of graduate level degrees being granted in engineering from 1900 to date. Concludes that graduate engineering schools are currently in balance and future emphasis should be directed to quality rather than quantity. (SL)

Describes a senior level aerospace engineering course converted to the Personalized System of Instruction (PSI) to counter problems presented by declining enrollment. (SL)

Provides: (1) graduate and undergraduate enrollment data for 1984, including enrollment by curriculum and by institution; (2) a 10-year summary (fall 1975 to fall 1984); and (3) women and selected minorities in undergraduate engineering (1983-84). These and other enrollment data as well as enrollment trends are discussed. (JN)

Describes reasons and methods of taking advantage of the increase in engineering student enrollment and student interest. Weighs pros and cons of strategies to limit enrollment and suggests methods of improving teaching efficiency. (Author/DS)

Reports on 15 tasks, as outlined by the Pipeline Implementation Committee of the American Society for Engineering Education, that are within the sphere of influence and the responsibility of university engineering deans for sustaining a vital corps of engineering practitioners and professors in an era of increasing technological change. (JJK)