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Rosenthal, Lee – Journal of Engineering Education, 1971
The course is an organized introduction to modern technological devices and techniques for art students and working artits. Topics include computers, optics, and lasers. (Author/TS)
Descriptors: Art, Art Materials, Course Descriptions, Curriculum Development
Thompson, J. Reed – Agricultural Education Magazine, 1972
Descriptors: Agricultural Education, Agricultural Engineering, Agricultural Machinery, Learning Activities
Greenfield, Lois B.; Page, Raymond J. – Eng Educ, 1969
Descriptors: Curriculum Development, Educational Innovation, Engineering Education, Instructional Innovation
Peer reviewedLowe, Brian – British Journal of Educational Technology, 1982
Describes a method of teaching problem-solving to engineering undergraduates at Coventry (Lancaster) Polytechnic. The teaching model, which consists of a series of component activities, employs a methodological approach to problem-solving in the area of engineering design. Applications of the model to other forms of problem-solving are briefly…
Descriptors: Cognitive Style, Engineering Education, Flow Charts, Foreign Countries
Smith, Karl A.; And Others – Engineering Education, 1981
Suggests that instructional goal structures (cooperative, competitive, and individualistic) may promote three major goals of engineering education: technological, interpersonal, and social-technical competencies. Reviews research on instructional goal structures, appropriate use for all three structures, and establishing a cooperative structure.…
Descriptors: College Science, Competition, Cooperation, Educational Objectives
Peer reviewedCowan, John – Studies in Higher Education, 1980
Undergraduate engineering students were required to write research papers and present them to the class, which would prepare appraisals and discuss the work. The original authors would then rework their papers. An analysis of this approach is presented and indicates that it is a useful educational strategy. (Author/JMD)
Descriptors: Assignments, Engineering Education, Group Discussion, Higher Education
Peer reviewedAlexander, Melody W.; Arp, Larry W. – Delta Pi Epsilon Journal, 1997
A survey of 260 secondary and 251 postsecondary business teachers (51% response) found that more secondary teachers thought computer training should begin at the elementary level; they were more likely to teach about computer use hazards. More postsecondary teachers reported observing students not using proper ergonomic techniques. (SK)
Descriptors: Business Education Teachers, Computers, Human Factors Engineering, Injuries
Peer reviewedScanlon, Eileen; Morris, Erica; Di Paolo, Terry; Cooper, Martyn – Studies in Science Education, 2002
Reviews science learning in higher education, specifically in engineering, and the influences of technologically-mediated approaches on the cooperative learning of practical work and science. Discusses reasons for including practical work in science education, implementing practical work in distance education, and using technology and learning…
Descriptors: Cooperative Learning, Distance Education, Educational Strategies, Engineering Education
Peer reviewedMahavier, W. Ted – Primus, 2002
Describes a two-semester numerical methods course that serves as a research experience for undergraduate students without requiring external funding or the modification of current curriculum. Uses an engineering problem to introduce students to constrained optimization via a variation of the traditional isoperimetric problem of finding the curve…
Descriptors: Calculus, College Mathematics, Computer Uses in Education, Curriculum Design
Peer reviewedRhinehart, R. Russell – Chemical Engineering Education, 1989
Describes the objectives, assignment structure, requirements, and results of a team project in a junior-level transport course. Provides tables of rules, projects list, and a group member evaluation form. (YP)
Descriptors: College Science, Cooperative Learning, Course Descriptions, Engineering Education
Peer reviewedBlicblau, Aaron S.; Bitterfeld, Gloria – European Journal of Engineering Education, 1994
It is only during the later years of high school study that aspects of science describing materials behavior become relevant to later studies in engineering. A new system of teaching and learning science, with examples drawn from basic principles of materials behavior, is shown to be commensurate with these requirements. (LZ)
Descriptors: College Preparation, Engineering Education, High Schools, Higher Education
Peer reviewedKjersdam, Finn – European Journal of Engineering Education, 1994
Evaluates the results of an experiment with comprehensive project-organized and problem-based engineering education at Aalborg University that has lasted for 20 years. Several independent evaluations show that the graduates are more readily adaptable, with strong qualities in the field of problem-solving, cooperation, communication, and…
Descriptors: Engineering Education, Higher Education, Problem Solving, Program Effectiveness
Peer reviewedBretelle-Desmazieres, Daniele – European Journal of Engineering Education, 1991
Some considerations and proposals are introduced to improve the efficiency of information management training based on the results of experiments done in this field. The integration of different parts of the information training program into scientific and technical specialties curricula is discussed. (KR)
Descriptors: Curriculum Development, Engineering Education, Higher Education, Information Management
Peer reviewedGiorgetti, Marcius F. – European Journal of Engineering Education, 1993
Describes the existing educational structure in Brazil dedicated to the training of engineers and engineering technologists. (PR)
Descriptors: College Science, Developing Nations, Educational Technology, Engineering Education
Peer reviewedAlexander, Melody W.; Arp, Larry W. – Delta Pi Epsilon Journal, 1997
A survey of 260 secondary and 251 postsecondary business educators found the former more likely to think computer ergonomic techniques should taught in elementary school and to address the hazards of improper use. Both groups stated that over half of students they observe do not use good techniques and agreed that students need continual…
Descriptors: Business Education Teachers, Human Factors Engineering, Keyboarding (Data Entry), Postsecondary Education


