Stresses the importance of teaching "structured programming," and gives examples of good and bad programing styles and suggestions for teaching good programing techniques. The language used is BASIC, and numerous examples are provided. (EAO)

Suggests approach to teaching definitions and concepts of computer programs to learners at all age levels by using words (string manipulations) rather than numbers. An outline of a possible sequence for introducing the BASIC programming language is given. Two references are cited. (EJS)

Describes step-by-step procedures for taking apart a disk drive on an Apple microcomputer for a student demonstration. Lesson preparation is discussed, the use of small groups of students is recommended, and suggestions for teaching the lesson are given. (LRW)

Describes several situations in which elementary and secondary school students successfully use adult level software in learning situations. Suggestions on how to teach students to use adult level software are presented and the advantages of such use are discussed. (MBR)

Presents two lessons focusing on (1) spreadsheet design and (2) editing and printing spreadsheets. Materials provided include a list of functions for which students need to learn the commands, suggestions for presenting the lesson, three spreadsheet story problems, student exercises in editing, and two reference sheets for AppleWorks. (LRW)

Provides guidelines for building self-instructional training packages to teach beginning microcomputer skills at any age level. Five steps are explained: outline curriculum and objectives, structure one lesson, produce the instruction, package the materials, and manage the lesson. (MBR)

Indicates that although computer science has been free of male domination, the stereotype of computers as male machines is emerging with increasing growth in microcomputer use by children. Factors that account for this development and some strategies teachers can adopt to equalize computer use by boys and girls are presented. (MBR)

Four recent sources of classroom activities written by and for Logo teachers for use with young children are listed, and seven brief lesson plans suitable for introducing first-grade pupils to Logo are provided. Several educational computer games are included. (EAO)

Suggest use of well-organized slide presentation as effective way to introduce computers to large audiences and discusses how to get started--state objective, analyze audience, outline presentation, prepare slides--and equipment needed to obtain slides from television screens, miniature components, and book illustrations. References and sources…

Provides a course outline, describes equipment and teacher requirements, discusses student evaluation and course outcomes, and details the computer programs used in a high school course. The course is designed to teach students use of the microcomputer as a tool through hands-on experience with a variety of commercial software programs. (MBR)

Provides information on and evaluation of microcomputer equipment modifications for improving accessibility to the visually impaired. Equipment discussed includes input and visual output modification techniques and devices, software designed for visually impaired users, and braille output peripherals. Lists sources for available peripherals,…

A curriculum to enhance computer literacy in grades K-8 is presented, which covers the areas of computer awareness, computer interaction skills, social sciences, language arts, science, and mathematics. Student tasks are outlined with suggested grade levels for skills to be introduced, expanded, and reinforced. (EJS)

Discusses introduction of three-week computer literacy course for all seventh graders including special education students at Bennet Junior High School, Manchester, Connecticut, which covers computer uses in society, history of computers, and writing of simple programs in BASIC language. Daily lesson plans for computers and special education are…

Discusses classroom organization and management techniques for using Logo in an elementary school classroom, including computer placement, daily scheduling, utilization of resource charts for questions on computer use, and student use of diskettes for keeping track of their computer accomplishments. A rationale for choosing Logo is also provided.…

Describes a series of programs written in Logo that have been used successfully to support young children's programing efforts. These programs remove the mechanical obstacles of typing, spelling, and estimating distances; remove the demands of abstract planning and ordering instruction; and provide a set of programing procedures. (MBR)