Humorous suggestions are offered about how to teach children about computers. A satirical list of activities are suggested which require no physical contact with computers and which will spare teachers "the inconvenience of excited kids eager to learn how to use the new technology." (PP)

Reviews the range of contextual factors, possible content orientations, training models (from one-day overviews to courses offering three college credits), and follow-up mechanisms that must be considered by administrators who have committed their districts to providing inservice programs to develop teachers' computer literacy. (PGD)

Answers to problems (in Applesoft Basic) in the Second Annual Computer Problem Solving Contest are presented, corresponding to elementary/junior/senior levels. Problems require good control of programing language, ability to solve problems, and implementing a problem-solving strategy within a computer language. Problem types include words,…

Presents a program in Level II BASIC for a TRS-80 computer that simulates a Turing machine and discusses the nature of the device. The program is run interactively and is designed to be used as an educational tool by computer science or mathematics students studying computational or automata theory. (MP)

Pocket computers are promoted as an inexpensive means of teaching computer programing, particularly in today's world where there are increasing difficulties of obtaining funds for new curriculum materials. Samples of programs written in BASIC that can be run on pocket computers are presented, and instruction in elementary grades is promoted. (MP)

The future of data processing (DP) will depend upon how business teachers handle the subject. A high school DP curriculum should provide background and basic entry-level skills to prepare students for opportunities in this rapidly growing field. (SK)

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)

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)

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)

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)

Types and uses of single board computers are discussed. A chart comparing various aspects of 26 of these computers is presented.

Questions on a survey concerning microprocessor course are recorded, and responses received from 69 engineering programs and 44 technology departments are tabulated. (DT)

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)

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)

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)