Five ideas for computer-oriented classroom activities are presented. They include sending secret messages (while introducing the American Standard Code for Information Interchange- ASCII), conducting a computer survey, playing adventure games, showing why the END command is needed, and using control characters to protect a program. (JN)

Suggestions for five activities are presented. They include: ideas for several student problem-solving projects; preparing a flowsheet and program for 10 coin and dice games; using word processor formatting commands to create word designs; creating sounds; and writing a program to print out sums indefinitely. (JN)

A survey was conducted of the backgrounds and skills in computer-related areas that 39 colleges and universities would like incoming freshmen to possess. Typing skill and knowledge of a programing language were most frequently desired. (MNS)

If teachers are to use computers in the classroom or train students to use computers, they must first be trained themselves. This training should provide knowledge of educational computer applications, computer terms and operations, courseware evaluation techniques, and elementary programing skills. An ongoing staff development program should also…

Cornell University is installing a high-speed telecommunication system that will link campus telephones and computers with the outside world. Voice communication, computer data, and video images will travel through a university-owned multipurpose system. (MLF)

Explains how preschoolers use KINDER (the less difficult form of LOGO) to draw pictures on Apple II+/IIe microcomputers. Indicates that this activity is a source of fun and introduces youngsters to computer language and programing. Directions for teachers, and information on preparatory games, LOGO editor, student activities, and saving programs…

Examines issues and trends (1960-1990) related to the instructional uses of computers. Major emphasis is given to a teacher education program that included experience with children, discussion among professionals, hands-on experiences, extensive examination of software, and curriculum development opportunities. (JN)

To ensure that students under its jurisdiction would be prepared for and comfortable with a rapidly changing, high-technology society, the South Gibson School Corporation (Indiana) decided in 1982 to introduce microcomputers in its one high school and three community schools. The implementation and encouraging results of this project are…

When a core curriculum degree requirement in computer literacy was approved at Hardin-Simmons University (a small, private institution), a committee of faculty members developed the course specifications. They include a weekly one-hour lecture and a two-hour laboratory to achieve eight educational goals. These goals and the course format are…

Presents computer-oriented teaching suggestions suitable for early grades. They include creating houses and stained glass ornaments using Logo, recording class activities with a database management program, making mazes with graphics programs, making drawings with a KoalaPad, and using a program to introduce computers to non-English speaking…

A basic understanding of computer hardware, software, and internal workings is important before selecting a computer. A brief introduction to elements of the computer is offered. (DF)

Addresses the question of what parents can do to help their children get a better education by using computers at home. The age span covered ranges from preschool to high school. Sources of educational software catalogs and list of educational computing magazines with applicability to home use are included. (JN)

The Computer Attitude Scale evaluates student attitudes concerning computers and computer-related programs. This study examines the reliability and factorial validity of the scale and its subscales. Data indicate the instrument is an effective and reliable method of measuring secondary school students' attitudes toward learning about, and using,…

Presents a program listing and asks students what the program does. Also challenges them to draw a heart in LOGO (listing is included) and to match LOGO repeat statements with eight geometric shapes. Suggests using a power strip to turn off all microcomputers and monitors in the classroom. (JN)

Discusses how technology will be utilized in the future to improve instruction and increase the value of technical training, both to students and their potential employers. Administrative applications such as recruitment, billing, and job placement, and instructional applications such as word processing and computer-aided design are examined. (CT)