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Levin, Henry M.; Rumberger, Russell W. – NASSP Bulletin, 1983
The computer should be considered a learning tool rather than a subject of study. Labor projections suggest that high technology is likely to reduce job skill requirements. A solid basic education will be more important in the future, not less. (MD)
Descriptors: Citizenship, Computer Science, Educational Trends, Futures (of Society)
Jackson, Doug – Industrial Education, 1983
Cincinnati Technical College has developed a program to train technicians and engineering assistants. Graduates of this program contribute immediately to improving productivity for their employers. (JOW)
Descriptors: Computer Science Education, Curriculum Development, Education Work Relationship, Paraprofessional Personnel

Edwards, Dan – NASSP Bulletin, 1985
Some computer education goals, such as computer-assisted instruction, are very expensive and difficult to meet. Programing, computer literacy, and word processing are less expensive computer education areas, and programs are easier to implement. (PGD)
Descriptors: Computer Oriented Programs, Computer Science Education, Cost Effectiveness, Curriculum Development
Brady, Holly; Levine, Melinda – Classroom Computer Learning, 1985
Judah Schwartz, co-director of the newly National Institute of Education-funded Educational Technology Center (which will investigate ways various technologies can have positive effects on K-12 mathematics, science, and computer science), offers his views on various topics and issues related to computer science education. (JN)
Descriptors: Computer Literacy, Computer Science Education, Computer Software, Educational Technology
Classroom Computer Learning, 1985
Presents a collection of computer-oriented teaching activities for the middle grades. They focus on Logo activities to sharpen visualization skills, use of spreadsheets, various uses of Apple microcomputer paddles, and writing a program from program output. All activities may be adapted for lower or higher grade levels. (JN)
Descriptors: Computer Science Education, Intermediate Grades, Junior High Schools, Learning Activities
Classroom Computer Learning, 1985
Describes computer-oriented teaching activities for the upper grades. They focus on the use of databases in history classes, checking taxes, examining aspects of the joystick button on Atari microcomputers, printing control using Logo, and a Logo program that draws whirling squares. All activities can be adapted for lower grades. (JN)
Descriptors: Computer Science Education, Databases, Intermediate Grades, Learning Activities
Hannah, Larry; Matus, Charles – Classroom Computer Learning, 1984
Suggests providing opportunities for students to discuss real-life computer-related issues in the classroom. Several sample scenarios are included. Students not only examine their values but also develop reasoning and decision-making skills using these or other dilemma stories. (JN)
Descriptors: Computer Science Education, Decision Making, Ethics, Secondary Education
Classroom Computer Learning, 1984
Presented are six activities suitable for middle grades. They include programs for voting, creating Logo patterns, and for selecting a writing topic. Other activities focus on use of the colon and FOR/NEXT loop in BASIC and evaluating programs. (JN)
Descriptors: Computer Science Education, Elementary Secondary Education, Learning Activities, Programing
Classroom Computer Learning, 1984
Five activities suitable for upper grades are provided. They include programs to create polygons (Logo), determine where text is placed on screen (Apple Pascal), and draw a working clock (Logo). Other activities focus on command statements and creating a quiz. (JN)
Descriptors: Computer Science Education, Elementary Secondary Education, Learning Activities, Programing
Meyers, Judith – American School and University, 1984
Computer networks meet the needs for instructional programs, management information systems, and library media services in many schools and universities. In most cases, existing telephone lines can be used; however, dedicated lines should be considered if use is likely to be extensive. Planning for network growth is essential. (MLF)
Descriptors: Computer Oriented Programs, Computer Science, Elementary Secondary Education, Higher Education
Norris, Cathleen M.; Lumsden, Barry – Technological Horizons in Education, 1984
Compared studies on acceptance of differing nationalities and cyberphobia (fear of computers), suggesting that distance engenders admiration. Attitudes of 450 public school educators were measured using an adaptation of the Bogardus social-distance technique. Results also indicate the validity of the procedure in assessing attitudes toward…
Descriptors: Administrator Attitudes, Attitude Measures, Computer Science Education, Computers
VanDuyne, Andy – Classroom Computer Learning, 1984
Presented are four teaching activities for early grades, including one using the Atari PILOT "fill" command. Includes an article ("The Human Computer") by Andy Van Duyne suggesting a role-playing activity designed to illustrate programing techniques and terms. (JN)
Descriptors: Computer Science Education, Elementary Education, Learning Activities, Microcomputers
Dukes, Carlton W. – Personnel Administrator, 1976
Discusses the computer generated graphs that can present trends not apparent in the usual printouts of employee data. (IRT)
Descriptors: Computer Graphics, Computer Science, Graphs, Information Utilization
Campbell, Patricia B.; Kibler, Tom R. – Educational Technology, 1976
Calls for greater emphasis on knowledge of computers and other electronic devices in order to prepare students for the rapidly developing technological changes in society. (JY)
Descriptors: Calculators, Computer Science Education, Computers, Elementary Secondary Education
Burrelli, Joan S. – 2003
This brief describes graduate enrollment increases in the science and engineering fields, especially in engineering and computer sciences. Graduate student enrollment is summarized by enrollment status, citizenship, race/ethnicity, and fields. (KHR)
Descriptors: Administration, Computer Science, Educational Trends, Engineering Education