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Molnar, Andrew R. – Educational Technology, 1981
Offers an overview of issues pertaining to societal readiness to cope with the information explosion. The need for computer literacy, an examination of computers in education, and the role of the National Science Foundation in computer literacy programs are discussed. (MER)
Descriptors: Bibliographies, Cognitive Processes, Computer Oriented Programs, Computer Science Education

Singhania, Ram P. – AEDS Journal, 1980
Discusses a variety of issues concerning the introductory course in computer methods in the business curriculum. Among the topics discussed are the nature of the students, the choice of programming language, the choice of online or batch environments, and the approach to instruction taken. (Author/IRT)
Descriptors: Business Administration Education, Computer Science Education, Course Content, Higher Education

Goldberg, Adele – Computers and Education, 1979
Proposes a programing design curriculum based on three conceptual areas: process, symbolic representation, and methods of interpretation; and describes computer games and simulations in which design skills of simple and conditional sequencing, rule or constraint specification, hypothesis testing, and modeling are employed. (Author/CMV)
Descriptors: Algorithms, Computer Assisted Instruction, Computer Science Education, Computer Software

Atherton, Roy – British Journal of Educational Technology, 1979
Reviews the use of computers in Great Britain's educational system, and discusses the development of computer science education, computer assisted instruction, standardization of software and hardware, computer awareness, computers in school administration and teacher training, and future trends for educational computing. (RAO)
Descriptors: Computer Assisted Instruction, Computer Science Education, Computers, Foreign Countries

Miller, George A. – National Elementary Principal, 1980
Suggests that the proper use of computers in the classroom is not in the drill of computer-assisted instruction but as a tool for solving problems in various subjects. In this manner, students learn how computers work as well as learning in subject areas. (Author/IRT)
Descriptors: Computer Assisted Instruction, Computer Science, Computer Science Education, Computers
Grossman, Rick – Creative Computing, 1979
Types and uses of single board computers are discussed. A chart comparing various aspects of 26 of these computers is presented.
Descriptors: Charts, Comparative Analysis, Computer Science Education, Computers
Cheshier, Stephen R. – Engineering Education, 1977
Questions on a survey concerning microprocessor course are recorded, and responses received from 69 engineering programs and 44 technology departments are tabulated. (DT)
Descriptors: Computer Science Education, Courses, Curriculum, Electronics

Rice, Stanley; McArthur, John – Journal of College Science Teaching, 2002
Suggests that computer science analogies can aid the understanding of gene expression, including the storage of genetic information on chromosomes. Presents a matrix of biology and computer science concepts. (DDR)
Descriptors: Computer Science Education, Ecology, Genetics, Higher Education

Cavaiani, Thomas P.; Hancock, Michael – ATEA Journal, 2003
The Computer Network Support Technician program offered by Selland College of Applied Technology at Boise State University provides hands-on training on Microsoft and Cisco products. A key element is the opportunity to obtain real-world experience through internships. (JOW)
Descriptors: Computer Networks, Computer Science Education, Information Technology, Internship Programs
Tu, Jho-Ju; Falgout, Billie – Learning & Leading with Technology, 1995
Describes a lesson designed to teach a computer programming construct, the "if-then" statement, and to help students gain insight into computing concepts, stimulate students' creativity, and develop their higher order thinking skills. (JKP)
Descriptors: Computer Science Education, Concept Formation, Creativity, Integrated Activities

Leavens, Gary T. – Mathematics and Computer Education, 1995
Advocates discussion of self-motivation and its importance with computing majors, suggests wide reading in computing as a way to encourage majors to promote their own self-motivation and interest, and offers specific reading suggestions. (10 references) (MKR)
Descriptors: Computer Science Education, Content Area Reading, Higher Education, Instruction
Educational Media and Technology Yearbook (EMTY), 1991
Information is presented on 63 doctoral programs and more than 150 master's degree and 6-year programs in the fields of educational and instructional technology and 82 graduate programs in educational computing. A brief description of each program includes the mailing address, a contact person, degrees offered, and information on faculty and…
Descriptors: Computer Science Education, Doctoral Programs, Educational Technology, Graduate Study

Preston, Noel – Journal of Computer Assisted Learning, 1992
This paper is based on a study into the social and ethical implications of computer education in secondary schools in Queensland (Australia). The relationship between computer technology and philosophy is discussed; three curriculum orientations are described--(1) vocational, (2) liberal, and (3) socially critical; and a socially critical…
Descriptors: Computer Science Education, Critical Theory, Educational Philosophy, Foreign Countries

Canale, Richard; Duwart, Ellen – Journal of Cooperative Education, 1999
Engineering students accessed assignments during cooperative education work placements via a website and interacted with faculty and students via e-mail or conferencing software. A virtual reflection seminar was conducted throughout the work term rather than afterward, resulting in greater integration of co-op and academic experiences. (SK)
Descriptors: Computer Mediated Communication, Computer Science Education, Cooperative Education, Engineering Education

Israel, Michel; King, Willis K. – Industry & Higher Education, 2001
A joint project involved students in the United States and Europe in cooperative design of computer software. The Internet-based project encountered some difficulties in scheduling, time difference, and lack of agreement on a programming language; however, the international cooperation was valued by participants. (SK)
Descriptors: Computer Science Education, Computer Software Development, Foreign Countries, Higher Education