The role of the biomedical engineers in affecting health care costs is discussed. Cooperative education for biomedical engineers is presented as a necessity for the medical industry. (SA)

Describes an introductory course required of all engineering students at the Ecole Polytechnique de Montreal (Canada). Discusses the design of the course, including its emphasis upon the facets of engineering careers, direct experience, and written and spoken communication. (TW)

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)

This description of a laboratory experience for engineering students emphasizes guided design, a slow-motion experience in decision making of an open-ended problem. (SA)

Reports on a study which investigated the effects of having students analyze circuits in the laboratory compared with troubleshooting from homework problems. Results indicated that laboratory experiences provide a richer learning experience than lecture and homework alone. (TW)

Discusses some recent research dealing with the enhancement of an individual's capacity for acquiring and using information through direct instruction and training in appropriate information processing strategies. Describes a learning strategy system known as MURDER, and relates its use to the learning of scientific and technical material. (TW)

Describes a self-managed learning approach designed to help engineering students take charge of their own learning. Discusses marker events, exploratory learning versus linear instruction, knowledge through self-discovery, information retrieval, production through writing and speaking, and promoting a mature response. (TW)

Describes the learning style inventory and learning cycle developed by David Kolb. Discusses the learning cycle's four stages as concrete experience, reflective observation, abstract conceptualization, and active experimentation. Offers an example from a chemical engineering class in which Kolb's ideas are used in an effort to improve instruction.…

Promotes the use of a practicum technique in which senior engineering level students work on typical company problems in a laboratory setting. Offers suggestions on how to solicit and organize such a university-industry course. (RT)