Describes the evaluation of engineering technology programs and the problems faced by the engineering technology graduate. Asserts that the "identity crisis" developing in the engineering community between the engineer and the engineering technologist could be averted if positive steps are taken to spell out the differences between the two. (MLH)

Develops a programed approach for developing design projects. Describes the initiation, design experiences, final report, and problems of the approach. (YP)

Reviews both baccalaureate and associate degree programs in engineering technology. These programs have increased and expanded primarily as a response to society's demand for technical manpower. (MLH)

Cites results of an engineering and engineering technology faculty survey. Provides charts and tables which can be used to establish baseline information and identify trends that are useful in diagnostics and planning. Includes survey response rates. (RT)

Describes how manpower needs due to recent technological developments have stimulated engineering technology programs. Also describes how various technical and professional societies of the engineering profession have expanded their structure to include engineering technology. (MLH)

Discusses steps to resolve a problem existing at Oklahoma State's Division of Engineering, Technology and Architecture involving the engineering technology and engineering faculty, their curricula and programs. Also identifies characteristics of enqineering and technology. (CS)

States that the downward movement in undergraduate engineering enrollments can be attributed to demographic factors. Provides data on enrollment in specific schools and states, including details for women, minorities, and foreign nationals (in engineering only). Cites information for each program title within the general disciplinary groups. (RT)

Proposes that engineering students undergo a preparatory summer school training program in fundamentals of engineering drawing, descriptive geometry, and mathematics prior to being admitted to regular engineering studies. (SL)

Lists engineering textbooks that use SI units. Includes author(s), title, publisher, year, and author's or publisher's comments on the use of the SI units. Books are categorized by topic, such as engineering mechanics, mechanics of materials, fluid mechanics, thermodynamics, structural design, and hydrology. (CS)

Defines the organization of the American Society for Engineering Education, its services, membership, and affiliations with other societies. Describes the Society's program of publications, national meetings, awards, and projects. Includes reports from the organization's president and headquarters staff. (RT)

Presents profiles of engineering technology students, engineering students, and university students in general. Data include English usage, math ability, science ability, class rank, years of high school math, and other information. (SL)

Discusses the need to develop graphics courses for engineering programs. (SL)

Reports on the flow of faculty members to and from academic institutions. Compares data between public and private institutions and between predominantly Ph.D. versus B.S. degree producing institutions. Discusses the problems of maintaining the quality of education offered by engineering and engineering technology administrators. (YP)

Discusses how engineers will be educated in the twenty-first century, including workstation, teaching methods, teaching materials, and the college system. Describes some of the obstacles, such as small numbers of applicants, aging professors, poor preparation at high school level, and costs. (YP)

This volume includes 303 entries of programs on engineering and engineering technology; 239 entries on engineering programs, and 64 entries on engineering technology programs. The information includes the school name and address; school profile; admission information including student expenses and financial aid; graduation requirements; and…