Described is a elementary science program whose goal is to motivate young people in science and promote the importance of scientific thinking and literacy. The importance of students taking math and science courses in elementary school and the need for involvement of engineers with schools is discussed. (KR)

Describes how personal computers are being integrated into the engineering education program at Queen's University (Ontario, Canada). Discusses some of the requirements of the program, which include a strong recommendation that each incoming student purchase a specific sophisticated microcomputer. (TW)

Describes a computer system used at Arizona State University to help advise students in industrial and management systems engineering. Discusses the expert system, "Personal Consultant," that was used in developing the overall program. (TW)

Reports on the results of a University of Arizona experiment that used electronic mail to supplement traditional modes of student/instructor interaction in four courses in electrical and computer engineering. Results indicated that students liked electronic mail to supplement their discourse with their instructors. (TW)

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)

Describes a statics course developed at Texas A&M University in the engineering curriculum which utilizes computer-assisted instruction. Discusses the organization and management of the team that developed the course, the selection of the hardware and software used, and the implementation model and lesson prototype developed for the course.…

Describes a study that was designed to evaluate the effectiveness of computer-assisted instruction (CAI) through a comparison of the achievement and study time of students taught by the PLATO system and those taught by the traditional lecture method. Data support the PLATO system as a viable learning option. (ML)

Reports on a study of Mechanical Engineering Technology (MET) programs that were considered to be of outstanding quality. Although programs (and individuals) are not identified, the article addresses their general geographic locations, departmental characteristics, curricula, lab courses, facilities, and their use of computers. (TW)

Lists articles, papers, and reports on engineering technology education that were published in 1986. Categorizes the citations under headings of administration, computers, curriculum, electronics, industry/government/employers, instructional technology, laboratories, liberal studies, manufacturing, mechanical, minorities, research, robotics, and…

Questions the differences between computer science and computer engineering. Reviews the body of knowledge pertaining to both fields. Asserts that they are essentially the same, and that computer science is a genuine intellectual discipline. (TW)

Explains the approach taken at Colorado State University in a collegewide undergraduate computer-aided design (CAD) course. Reviews the topic areas covered, project requirements, and assesses the use of high-performance graphics devices. (ML)

Describes a course recently developed at the University of Pennsylvania in mechanical engineering which emphasizes computer applications to laboratory instruction. Discusses the course objectives and explains the computer simulations and experiments utilized in the course. (TW)

Described are the use of case-method teaching, educational competitions, and interactive computer-graphic instructional software to teach structural engineering concepts at the freshman level. Details of the instructional software used and the bridge competition are provided. (CW)

Provides the executive summary of the final report of the Quality of Engineering Education Project of the American Society for Engineering Education. Addresses the preparation for teachers of engineering, faculty development, the use of educational technology, and the improvement of undergraduate engineering laboratory experiences. (TW)

Describes Syracuse University's Project Adventure (SUPA), a cooperative arrangement between the university and 80 school districts in New York, New Jersey, Massachusetts, Maine, and Michigan, which is designed to give talented high school seniors the opportunity to enroll in university freshman courses in several subject areas, including computer…