Presents data from the Engineering Manpower Commission's 1983 survey of engineering technology degrees. Results indicate a 12 percent increase in associate degrees and a 9.9 percent increase in bachelor's degrees. Summaries of engineering technology degrees awarded by curriculum and degrees by school and degree level are included. (BC)

A survey of 142 of the 272 U.S. colleges and universities that offer engineering programs for the 1977-78 school year is presented. Data are collected and tabulated on semester hours and percentage of schools requiring various courses for freshmen in engineering. A few major findings from the data are included. (SMB)

Presented are results of the Engineer's Council for Professional Development. Samples of 41 institutions and 143 engineering programs for the 1978-79 academic year are discussed. The institutional data are presented on geographic averages and tabulated. No interpretation of the results is included. (SMB)

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)

Compares two methods for ranking academic programs, the opinion poll v examination of career successes of the program's alumni. For the latter, "Who's Who in Engineering" and levels of research funding provided data. Tables display resulting data and compare rankings by the two methods for chemical engineering and civil engineering. (CS)

The number of B.S., M.S./P.E., and Ph.D. degrees in engineering and engineering technology awarded by U.S. colleges and universities is tabulated according to the following criteria: by state, by school, curriculum, type of recipient, and by school and degree level. (KR)

Presents data on engineering degrees granted by institutions during 1984. Statistical categories include: highest number of degrees by state and university; disciplines; women, minorities and foreign nationals; degrees by school; and degree level for each state. Information on engineering technology degrees is also given. (DH)

Presents statistical data for engineering technology degrees, engineering undergraduates, and graduate degrees in 1989. Discusses trends for women, minorities, and foreign students. Includes data for many individual schools. (YP)

Reports on the flow of faculty members to and from academic institutions. Compares data between public and private institutions and between predominantly Ph.D. versus B.S. degree producing institutions. Discusses the problems of maintaining the quality of education offered by engineering and engineering technology administrators. (YP)

Examines minority students' enrollment based on a national survey data. Describes students' background characteristics, college choice, engineering decision, financial need, college environment, and factors related to college success. Reports that commitment to the university, high school grade, SAT-mathematical score, and financial need were…

Provides statistics of 1988 engineering and engineering technology enrollments surveyed by the Engineering Manpower Commission. Presented are tables showing the 10-year trend, enrollment by curriculum, and enrollment by schools for all students. (YP)

Describes the history and accreditation of Canadian engineering education. Presents statistical data and discusses enrollments by major discipline at undergraduate and graduate levels. Points out four major problems related to engineering education: lack of financial resources; lack of infrastructure support; shortage of well-qualified…

Presents and analyzes statistical data to assist in evaluating general trends in engineering research and graduate study, and for comparisons among universities. Data are presented for 1978 and 1979 annual averages and annual average ratios relative to 17 criteria, including among others, full-time faculty and professional faculty researchers.…

Discusses an engineering faculty pipeline. Provided are the statistical figures showing: (1) gender differences; (2) engineering doctorates by race and institutions; (3) foreign faculty; (4) citizenship of engineering doctorates; (5) doctorates who attended a two-year college by race; and (6) plans of foreign citizens receiving doctorates. (YP)

Examines the supply and national origin of the holders and near-holders of engineering doctorates who applied to one university engineering department in which extramural research has been emphasized. Compares them with national data on doctoral recipients. (TW)