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)

Reports data, with a few exceptions, from all colleges awarding bachelor's or higher degrees in engineering and engineering technology in the United States in 1985. Data are broken down by degree, school, curriculum, women, minorities, and foreign nationals. Eight tables summarize the data. (JM)

The quality of doctoral-level chemical engineering (N=79), civil engineering (N=74), electrical engineering (N=91), and mechanical engineering (N=82) programs at United States universities was assessed, using 16 measures. These measures focused on variables related to: (1) program size; (2) characteristics of graduates; (3) reputational factors…

Two engineers with doctoral degrees weigh factors, pro and con, in pursuing their degree and the different career paths they have taken. One person outlines the steps in academia while the other has moved through several industrial positions. Indicates that the degree can open doors but can also limit options. (DH)

Described is a doctorate level elective course in chemical engineering economics offered at the University of Tennessee. Students, working in pairs as a project team, must apply their knowledge of basic economics to the solution of a research question or problem. (BT)

Contains information on research and development (R&D) trends in the United States. Provides an overview of the total R&D effort. Includes graphs and charts on R&D funding by the federal government, particularly on chemistry, physical sciences, and engineering. Assesses R&D spending by industry. Shows where academic institutions get R&D funds. (TW)

Discusses some of the reasons in favor of hiring non-Ph.D's to teach undergraduate engineering courses. Also presents results of a survey at the United States Merchant Marine Academy to determine student opinions on the importance of a doctorate to teaching. Results indicate non-Ph.D's earned a higher rating. (BC)

This booklet is designed to help engineering students to explore the possibilities of an academic career. Discussions include: "Is a Faculty Career for You?""What are the Rewards of a Faculty Career?" and "Some Tips on Getting Your Ph.D." A list of resources is provided. (CW)

Provides salary data obtained from an American Chemical Society survey of chemical professionals. Indicates that salaries of experienced bachelor's, master's, and doctoral chemists increased between March 1983 and March 1984, but not as much as in the previous 12 months. Salaries of new bachelor's and doctoral chemists also rose. (JN)

The report analyzes data on the number of women pilots and the number of women faculty in colleges and universities that offer a baccalaureate degree in aviation. Data were obtained from "U.S. Civil Airmen Statistics,""The Chronicle of Higher Education Almanac," and a survey of the 69 collegiate institutions that have aviation programs. The data…

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)

Examines the correlation between doctoral degree productivity and extramural research funding. Discusses how to use the results. Presents examples of how administrators use the correlations for analysis and planning of their programs. (YP)

Shortfalls in the number of doctoral-level natural scientists and engineers are expected to grow rapidly by the year 2000. Tables show the number of master's and doctoral degrees awarded in engineering, mathematics, physical sciences, and computer and information sciences in 1980 and 1985 by public universities in the United States, in the…

Discusses starting salaries for graduates with various degrees in computer science and electrical engineering. Summarizes the results of a recent study by the Institute of Electrical and Electronics Engineers (IEEE) which provides salary estimates for graduates in different specialties and in different geographical locations. (TW)

Argues that four years of undergraduate studies in engineering is inadequate. Proposes the replacement of the undergraduate degree with the establishment of the doctor of Engineering (Eng.D.). Distinguishes between the needs for the bachelor of engineering technology degree (B.E.T.), the Eng.D., and the doctor of philosophy (Ph.D.) degrees. (TW)