Describes an unusual project in which third-year computer science students designed and built a four-bit multiplier circuit and then combines it with software to complete a full 16-bit multiplication. The multiplier was built using TTL components, interfaced with a Z-80 microprocessor system, and programed in assembly language. (JN)

DELPHI, a time-sharing system developed specifically for introducing engineering students to sound programing principles and practice, is described in terms of user environment, languages, system architecture, and operation. (DT)

Early computers, hardware, and software are described. Recent developments in hardware, computer science education, and curriculum are discussed. (DT)

Questions on a survey concerning microprocessor course are recorded, and responses received from 69 engineering programs and 44 technology departments are tabulated. (DT)

Discusses the use of computers and computer-oriented instruction in the engineering programs at West Point, indicating that computers are treated as powerful tools used to enhance the learning process. A computer-aided design course and computer program categories are also described. (JN)

Presents results of a survey of engineering colleges (372 forms returned from 167 schools) on such aspects of computer education as computer credits required for graduation, microcomputers/mainframes used, languages required in beginning/advanced courses, and other areas. Includes recommendations for computer instruction based on survey responses.…

Describes the comprehensive, college-wide approach to integrating computers in the curricula at Stevens Institute of Technology (New Jersey). Reviews how the personal computer ownership aspect of the program had an impact on the institution's organizational structure, faculty, and student body. (ML)

Describes an introductory computer module required for all freshmen engineering students at Vanderbilt University. Computer graphics are used to increase student interest and sense of accomplishment. (SL)

A survey of computer education in engineering colleges was conducted in 1981 and the results reported in EJ 287 351. A follow-up survey conducted in 1984 asked many of the same questions to identify trends. Results of this survey with comparisons to the 1981 survey are presented and discussed. (JN)

Presents findings from a comparison of traditional classroom lecture on lecture-replacement stand-alone PLATO-based delivery made to learn Fortran. Two semesters were examined separately, semester one (n=54) and semester two (n=36), using a two-tailed t-test at .01 level of significance. No difference was found. (JM)

Describes four years experience at Colorado State University with courses introducing high school students to engineering, including a Fortran IV computer programming course in which tapings of actual campus classroom sessions, supplemented with homework assignments, class roles, quizzes, and examinations were used. Benefits of the transitional…

Describes the use of a time shared computer with telephone access and a simplified electronic musical instrument in an engineering orientation presentation in high schools in South Carolina. (GH)

Presents an overview of the Computer-Aided Engineering Network (CAEN) of the University of Michigan. Describes its arrangement of workstations, communication networks, and servers. Outlines the factors considered in hardware and software decision making. Reviews the program's impact on students. (ML)