Presents a lesson plan for showing children how to operate a TRS-80 Color Computer. (SJL)

Describes a course that uses a network of microcomputers to teach students machine language and assembler programing. The course is intended to teach what the computer can do and what its limitations are, understandings that are often obscured when students work in high-level programing languages. (Author/IRT)

Human resource managers must determine which computer skills and systems will be important to the future success of the department and develop expertise in those areas. (JOW)

Functional programming, in which the connection to mathematics is simple and direct, is described. A language such as Logo illustrates the relationship between functional programming and mathematics in more detail. (MNS)

The nature of programing languages is discussed, focusing on machine/assembly language and high-level languages. The latter includes systems (such as "Basic") in which an entire set of low-level instructions (in assembly/machine language) are combined. Also discusses the nature of other languages such as "Lisp" and list-processing languages. (JN)

Discussed is the nature of and the importance of effective documentation in computer programing. (TG)

Discusses how to use vector graphics programming on Apple microcomputers for creating animation. Secondary school students with programming experience should be able to master the essentials of the two-stage technique, especially if they have already worked with LOGO graphics. (JN)

Discusses the elements of programming style, considering capitalization, variables, constants, format, GOTO statements, user friendliness, and clarity. Although Pascal is used as the example, the information provided is applicable to any programming language. (JN)

Describes a school that teaches novice microcomputer users the hows and whys of their complex, new, high-technology world. Courses offered range from basic levels assuming no computer literacy to advanced studies in programming. (Author/JN)

The author describes a model for microcomputer education designed for gifted students from primary to secondary grade levels. The program incorporates three levels--computer awareness, computer literacy, and computer programing. Each of the three levels is explored. (SW)

Discussed is the need to improve computer literacy, primarily by the education community, throughout every segment of the population in order to take advantage of technological advancements, ultimately so that worker productivity can be increased. (TG)

Learning how to create smooth animation on the computer is a two-step process. Step one (discussed in SE 539 133) involves creating shapes. In the second step, students animate their newly created shapes. The programing necessary to accomplish the animation is discussed. (JN)

Two approaches to computer use instruction are applications (use of specific application software) and problem solving (developing thinking skills oriented toward using computers to solve problems). (SK)

Discusses various issues related to training individuals to use microcomputers, a neglected aspect of the personal computer industry. Several methods used to solve training problems and training software are considered. (JN)

Describes various instructional materials designed to teach computer programing. These materials (primarily for the Apple II microcomputer) include books, teaching packages, videotapes, audiocassette tapes, and computer media (including programs loaded from cassettes and disks). Information on classroom packages, writing software, and selecting an…