Discusses four problems which concern engineering education in developing countries: (1) less value of handiwork; (2) lack of industrial culture; (3) low salary of faculty; and (4) cultural distortions. Describes three successful cases in Indonesia and Thailand. (YP)

Describes the development and courses of an annual nine-month professional training program in urban management. Evaluates the experience of the nine sessions organized for this program. (YP)

Describes the PLUTO model, an interactive computer program designed for use in education and training of city planners and engineers. Emphasizes four issues: (1) the balance between realism and simplification; (2) the design of the user interface; (3) comparative advantages of group and solo working; and (4) factors affecting the decision to…

Finds that people who switched from science to nonscience majors at four-year colleges and universities left for the same reasons that "persisters" were discontented with their educational experience. Examines criticisms of the structure of science, mathematics, and engineering education, and the loss of women and minorities. (LZ)

Presented is a discussion of the state of undergraduate education in science and engineering based on the interviews with a number of college students. Discussed are the underlying issues: recruitment, motivation, retention, curriculum, teaching incentives, role models and mentoring, hands-on experience, the nerd image, and quality of life. (KR)

Described is a project where undergraduate engineering students worked with industry to produce isometric assembly drawings that showed the assembly process used in the production of various products. The drawings were produced using computer-assisted design software. (KR)

Presented is a philosophy for the education of professional engineers in Belgium. Modern techniques that may be used in classical studies are analyzed. Described is a curriculum that is specific for the Belgium situation in an unified Europe. (KR)

Describes a study that investigated the activities of engineering students working on a collaborative design project in a distributed multimedia environment. Topics discussed include learning as a social process; face-to-face and video communication; problem-solving techniques; use of interactive media; the construction of knowledge; and group…

Problem-solving models in memories of 11 good and 12 poor novice first-year university students were studied. The students reconstructed physics problems seen briefly, relying on models in memory. Both good and poor students had models of problem situations at their disposal, but good students performed better than poor students. (SLD)

Compares teaching of engineers with teaching of policy analysts. Emphasizes similarities. Presents briefing format to be used in teaching students basics of policy analysis. Includes briefing instructions, selecting an issue, writing a proposal and briefing paper, and preparing the oral briefing. Suggests methods of evaluating students' efforts,…

Presents the 1990 American Society for Engineering Education award lecture for the Chemical Engineering Division. Following a brief outline of what the computing world includes, the lecture traces computing technology from the early years to milestones, as well as current trends, in both hardware and software development. Highlights the…

The New Jersey Institute of Technology's experience with encouraging Black participation in engineering and science illustrates the value of four precepts: (1) academic preparation begins early; (2) a comprehensive, multifaceted approach is essential; (3) lots of money is needed; and (4) universities must be ready to experiment and keep learning.…

Students in the classroom, the faculty who teach courses for which a specific course is a prerequisite, and the employers of graduates present their ideas on the topic of what is good instruction. The top 10 characteristics of good instruction according to students and faculty are provided. (KR)

A course curriculum model that shows how modern engineering design graphics can be used to conceptualize, develop, analyze, and communicate engineering designs is presented. Background studies, early investigations, and a weekly curriculum outline of the course are provided. (KR)

Salaries and demand for scientists and engineers are described. Comparisons of chemists and other scientists are provided. Resources for career planning in science and engineering are listed. (CW)