Discusses the Undergraduate Curriculum Development in Engineering program. Provides a short history of the program. Describes 10 curriculum projects ranging from engineering design to industry participation. Each program is encouraged to develop: analytical ability, ability to innovate and synthesize, integrating ability, and contextual…

Compares two engineering education reports which urge the following needs and emphases: attract and retain minorities, retain students already in engineering school, and allow students to enter the engineering program at various levels. Criticizes the Office of Technology Assessment's report and supplies prescriptions for the future. (MVL)

Discusses a two-year masters program; one year of lecture and practical training, and a second year on a supervised design task in an industry or development laboratory. Reviews the emphases of the curriculum. Describes the two paths to engineering careers in the Netherlands. (MVL)

Discusses the relative roles of engineering and engineering technology. Questions where the baccalaureate engineering technology graduate fits within the engineering field. Lists four methods to improve marketing engineering to potential students and the public. Presents job production and the international picture. (MVL)

Among the benefits derived from a detailed curriculum analysis is the actual analysis process itself. Creating a curriculum diagram can lead to better understanding of what can and should be taught. (Author/BB)

A curriculum research and development project is described. The project, sponsored by the U.S. Office of Education, is intended to develop and test a curriculum for training energy conservation and use technicians. (BB)

Describes an approach which integrates experiential learning with the study of subject matter. The foundation of this program is a systems design called SAM, Self-Actualized Model. Presents design details of the program and an initial evaluation. (GS)

Documented are the development and results of a course in engineering management. The course incorporates experiences in engineering management problem solving in actual field situations. Student teams function as consultants for a paying client over a two-semester period. (RE)

Summarizes curriculum guidelines for the following engineering technologies: chemical, industrial, mining, petroleum, nuclear, civil, mechanical, electrical, automotive, and manufacturing. In a few years, these Engineering Council for Professional Development committee guidelines are intended to become the criteria by which programs will be judged…

Discusses the engineering science degree program of the University of Michigan which includes a premedical option capable of preparing students for medical school admission. (CC)

Examines the rates of attrition for undergraduate engineering students by addressing the following issues: ease of transition from high school to college; relevance of basic science coursework to engineering curricula; emphasis on management within general education component; improvement of academic advising schemes; development of universal…

Approaches the study of failure analysis by examining the mental and physical steps involved in the development of a product to determine where the failure occurred. (CP)

National Science Foundation support for instructional innovation in design curriculum is discussed. Programs that illustrate diverse approaches to teaching design are described. A list of programs given engineering curriculum development awards in 1988 and 1989 is provided. (CW)

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)