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Huston, Jeffrey C.; Burnet, George – Engineering Education, 1984
Presents results of a 1983 survey of engineering students about attitudes behind their decisions to pursue graduate study or seek employment, and what is needed to make graduate school more attractive. Results are compared to a Tau Beta Pi survey on honors students graduating in 1971 and 1982. Conclusions/recommendations are included. (JM)
Descriptors: Educational Opportunities, Educational Research, Engineering Education, Graduate Study
Redekop, David – Engineering Education, 1984
Encourages use of case studies to introduce "real-life" engineering assignments, suggesting that they should be given in a natural order as a series. Describes three such assignments being used at the University of the West Indies. Description, analysis, and design of an existing engineering system is included. (JM)
Descriptors: Case Studies, Engineering Education, Higher Education, Organizational Development
Eide, Arvid R.; Jenison, Roland D. – Engineering Education, 1984
Describes a separate engineering administrative unit established to meet the needs of lower-division students. Need for the unit, courses that make up the basic program of instruction, advising, academic assistance, and advantages and disadvantages to the engineering college are discussed along with concerns and problems that have arisen. (BC)
Descriptors: Academic Advising, Computer Graphics, Course Descriptions, Departments
Peer reviewedUlbricht, Kurt G. – Higher Education in Europe, 1983
The difference between educational research and educational program evaluation is discussed, and the evaluation of a German engineering program experiencing high dropout rates is described. Data were gathered through guided personal interviews, written student reports, and student evaluations of lectures. Both curriculum and examinations were…
Descriptors: Curriculum Evaluation, Dropout Prevention, Engineering Education, Evaluation Criteria
Peer reviewedYeow, Y. L. – Chemical Engineering Education, 1984
Describes an experiment in which a microcomputer was programed to function as a transfer function analyzer to investigate the dynamics of stirred vessels. The main objective of the experiment is to illustrate the theory and application of the pulse test (a method of determining the transfer function of a process). (JN)
Descriptors: Chemical Engineering, Computer Oriented Programs, Engineering Education, Higher Education
Peer reviewedGoldman, David S.; Warren, William – CoED, 1984
Describes the design and implementation of a microcomputer-based model active solar heating system. Includes discussions of: (1) the active solar components (solar collector, heat exchanger, pump, and fan necessary to provide forced air heating); (2) software components; and (3) hardware components (in the form of sensors and actuators). (JN)
Descriptors: Alternative Energy Sources, Computer Oriented Programs, Computer Software, Engineering Education
Miles, Leland – American Education, 1984
The author discusses the effect of the rise of technology on the liberal arts. The benefits of liberal arts to society are sketched and ways to protect them from demise are suggested. The liberal arts core curriculum, as introduced at the University of Bridgeport, is described. (CT)
Descriptors: Business Administration Education, Core Curriculum, Engineering Education, Higher Education
Peer reviewedPetty, E. R. – Higher Education in Europe, 1984
The pros and cons of government intervention in technical education, especially that of engineers, are discussed in the context of Ireland's efforts to support technological manpower development by predicting manpower needs, setting up institutions, and giving financial support. (MSE)
Descriptors: College Role, Educational Needs, Engineering Education, Foreign Countries
Peer reviewedMastascusa, E. J.; Snyder, W. J. – CoED, 1984
Describes an easily constructed, small laboratory computer that can be programed in BASIC. The computer is easy to use with analog to digital and digital to analog converters so that it can serve as a control or data logging computer. (Author/JN)
Descriptors: Chemical Engineering, College Science, Computer Science, Engineering Education
Engineering Education, 1984
Provides data from 218 institutions on number of faculty and undergraduate students; degree requirements; faculty, enrollment, and degrees granted; appointments made to graduate students; research areas; personnel engaged in separately budgeted research; and research expenditures. Indexes to fields of graduate study and areas of research are…
Descriptors: College Faculty, Degree Requirements, Engineering, Engineering Education
Reklaitis, G. V.; And Others – Engineering Education, 1983
Examines current uses and future possibilities of computer graphics in chemical engineering, discussing equipment needs, maintenance/manpower costs, and plan to implement computer graphics into existing programs. The plan involves matching fund equipment grants, grants for development of computer assisted instructional (CAI) software, chemical…
Descriptors: Chemical Engineering, Computer Assisted Instruction, Computer Graphics, Computer Oriented Programs
Landis, Fred – Engineering Education, 1983
Predictions of a severe shortage of engineers are not confirmed by an analysis of defense spending and salary trends. Data are provided and discussed for defense budget, engineering demand, attritions/layoffs, bachelor's salaries in selected industries, effect of research and development pool of engineers, and influence of starting salaries. (JN)
Descriptors: Bachelors Degrees, Budgets, Economics, Engineering Education
Selfe, Cynthia L. – Engineering Education, 1983
Surveyed college representatives from 100 companies (56 percent response rate) to determine relative importance of communication skills (writing, listening, speaking, reading) to practicing engineers and of individual skills within each of these four areas for on-the-job performance. Listening/speaking skills were rated as most important, followed…
Descriptors: Communication Skills, Educational Research, Engineering Education, Engineers
Peer reviewedPeters, Philip B.; Settle, Frank A. – American Journal of Physics, 1976
Described is an undergraduate course of computer interfacing for scientists and engineers which incorporates the use of digital computers and associated interfacing elements with experiments and special projects performed in an on-line environment in the laboratory. (SL)
Descriptors: College Science, Computer Oriented Programs, Computer Science Education, Computers
Mathes, J. C.; Stevenson, Dwight W. – Engineering Education, 1976
Discussed are communication considerations for instructors of undergraduate engineering courses designed to teach students to prepare written technical reports. Illustrated are the differences between "real life" technical writing and classroom writing. (SL)
Descriptors: Communication Problems, Communication Skills, Communications, Engineering Education


