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)

Discusses the nature and current state of knowledge-based systems and expert systems. Describes an expert system from the viewpoints of a computer programmer and an applications expert. Addresses concerns related to materials selection and forecasts future developments in the teaching of materials engineering. (ML)

The efficacy of using graphic representations of concepts, which are more readily generated on a computer than in traditional texts, was studied. The study, which involved teaching computer programming, is described. The necessity of further research is discussed. (JL)

Discusses the computer engineering industry in the United States. Recounts recent shifts in the computer industry and notes that despite foreign competition, the industry offers graduating computer engineers ample opportunities for employment. Claims that skill and technical knowledge are the most important assets for getting a job. (TW)

Discusses some of the possibilities for careers in computer sales. Describes some of the attributes of quality computer salespersons, as illustrated by interviews with two experts on computer sales. (TW)

Highlights a study which indicates that although elementary schools play a key role in the way children use home computers, the machines may stir up conflict between schools and parents. In addition, it was found that microcomputers reinforce the existing family structure rather than altering it in any fundamental way. (JN)

Convinced that computer technology could be used to extend (rather than challenge) traditional academic disciplines, a liberal arts college devoted substantial resources to instituting a campus-wide computer literacy program. Major emphasis was given to encouraging participation of non-science faculty and adapting computers to the curriculum. (JN)

Suggests having students design a football field (looking at it from above) as the final project of a unit on computer graphics. Includes listings for 13 short Applesoft programs (involving LO- and HI-RES graphics) which students can use in making the field. Advanced students can use the animation techniques. (JN)

Describes various ways a user can control computer program activity using different menu constructions. Advantages, disadvantages and program design principles for menu design are discussed. A listing for a menu demonstration program is included. (BC)

Discusses nature of training objectives, sources of training materials, and who will direct the training. Also discusses a model training program at Penn Mutual Life Insurance, a customized approach to individual learning, and computer security. (JN)

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)

Italian high schools do not, as yet, provide college-bound students with any type of computer training. As a result, the nation's largest university has established a computer science center. Describes the center's functions (including training teachers in other disciplines to use computers in their curricula), its five-year history, and…

The fourth session of IT@EDU98 consisted of five papers and was chaired by Dao Huu Chi (Van Lang University, Ho Chi Minh City, Vietnam). "Impacts of Information Technology in Education and Training" (Son Thanh Vuong) examines issues related to reengineering education infrastructure in the information society, including elements of effective…

This introduction to the work of the National Computing Centre (NCC), looks at industry/education links, the development of case studies, the use of computers in training, work in the Department of Industry - Micros in Schools Scheme, and at the Department of Education and Science-Micro-Electronics in Education Programme. (MP)

Discusses the educational and personal uses of microcomputers by children (as young as 3 1/2-years-old) and the types of programs they use, produce, and enjoy. Includes a list of practical tips on mastering computer literacy. (JN)