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Storey, Patrick B. – MOBIUS, 1983
This article provides an attempt to project the way in which a computer-based approach to continuing medical education might emerge based on the present perception of what patient care, teaching, and learning are like. (SSH)
Descriptors: Computer Literacy, Computer Science Education, Computer Storage Devices, Information Storage

Noor, A. El Sayed – Computers and Education, 1983
This state-of-the-art review of computing sciences education in the Arab countries, including computer engineering, computer science, and computer-based management information systems, discusses factors contributing to the widening gap in computing expertise between the Arab countries and the developed countries. (EAO)
Descriptors: Computer Science Education, Developing Nations, Engineering Education, Foreign Countries
Eckhouse, John – onComputing, 1981
Tod Hodgdon, a former math teacher, has no background in computer science yet manages to teach a popular programing course to first-time computer users. This article describes his teaching style and presents his views on computers in the schools. (Author/SJL)
Descriptors: Adult Education, Computer Science Education, Computers, Creative Teaching

Gawronski, Jane D. – Mathematics Teacher, 1981
The need for the instruction of computer literacy in schools is advocated, along with programing courses beyond this basic level. (MP)
Descriptors: Basic Skills, Computer Science Education, Computers, Educational Change

Sullivan, Richard J. – Child Welfare, 1980
It is contended in this article that many typical problems can be avoided in a human service organization which implements the use of computers in its work. (Author/DB)
Descriptors: Administrator Role, Administrators, Attitudes, Computer Science Education

Wiedenbeck, Susan; Scholtz, Jean – Computers & Education, 1995
This case study reports on the design and implementation of an experimental summer program aimed at introducing undergraduates to research in computer science. A research component added to a regular course on human-computer interaction based on the summer program is described, and recommendations for providing undergraduate research experience…
Descriptors: Case Studies, Computer Science Education, Higher Education, Man Machine Systems

Gruska, Jozef – Education and Computing, 1993
Describes shortcomings of computer science/engineering education and explains a new focus on informatics. Highlights include simulation, visualization, algorithmization, design of information processing models, parallel computing, a history of informatics, informatics versus physics and mathematics, and implications for education. (51 references)…
Descriptors: Algorithms, Computer Science Education, Computer Simulation, Higher Education
Streibel, Michael J. – Educational Technology, 1993
Discussion of the socially situated and constrained nature of educational computing focuses on situated critical pedagogy and computer education. Four areas are highlighted in an examination of teaching/learning situations: (1) praxis, i.e., a relationship between action and reflection; (2) situated critical pedagogy; (3) interpretive processes;…
Descriptors: Computer Assisted Instruction, Computer Science Education, Evaluation Methods, Experiential Learning

McQueen, Douglas H.; Wilhelmsson, Lars; Emanuelsson, Goran – European Journal of Engineering Education, 1998
Traces the economic growth of embedded software in industrial products and explains that there is a shortage of engineers in this field. Proposes a different view of engineering education. (DDR)
Descriptors: College Curriculum, Computer Science Education, Computer Software Development, Engineering Education
Larkin, Paul – 1982
Industry's needs for students with high technology skills are increasing. Bureau of Labor Statistics forecasts project increases between 1980 and 1990 of 58% in the demand for computer professionals, 28% for engineers, and 24% for engineering technicians, compared with an increase of 17% for all workers. Industrial expansion and replacement of…
Descriptors: Computer Science Education, Employment Patterns, Engineering Education, Engineering Technicians
Lee, Okhwa; Lehrer, Richard – 1987
Seven graduate students in a seminar on classroom computing received instruction in LOGO programming. Programming protocols were collected periodically and examined for errors and misconceptions; in-depth interviews were conducted in order to understand specific misconceptions better. As novice students transit from instruction to experience in…
Descriptors: Computer Oriented Programs, Computer Science Education, Concept Formation, Educational Research
Maier, John H. – PTC Quarterly, 1986
China will suffer into the future from a shortage of computer professionals. With 75% of her population engaged in agriculture, she has only about 100,000 computer professionals, which is less than can be found within a healthy radius of Stanford University. There are 97 "key universities," but only 10 or 15 stand at the top as the…
Descriptors: Academic Achievement, Automation, Computer Science Education, Computers
Romberg, Thomas A.; Price, Gary G. – 1981
Successful introduction of school computer literacy programs, necessary in today's worldwide computer revolution, must take into account the nature both of this innovation and of school culture. Computer literacy will be a radical rather than ameliorative innovation and will challenge school culture. Hence an innovator must ensure that educators,…
Descriptors: Change Strategies, Computer Oriented Programs, Computer Science Education, Educational Innovation

Koetke, Walter – Arithmetic Teacher, 1985
Mathematics teachers should be teaching computer science and using the computer to enhance their teaching of mathematics. Furthermore, the computer mandates curricular reform in mathematics. (MNS)
Descriptors: Calculators, Computer Science Education, Editorials, Educational Change

Teer, Harold B., Jr.; And Others – Computers and Education, 1988
Discussion of the use of peer teachers to provide college students with microcomputer education focuses on a video course used to teach Lotus 1-2-3 spreadsheet software. Budget considerations are discussed, student and faculty reactions are described, and potential time savings to faculty are examined. (LRW)
Descriptors: Computer Science Education, Cost Effectiveness, Faculty Workload, Higher Education