Describes some of the program characteristics and activities in the Technology Education Program at Bellevue High School (Washington). Discusses the programs involvement with robots, lasers, plotters, and computers. (TW)

Points out that mainframe computer users today can make their requirements known to the computer in simple English. Provides a listing of fourth generation computer language advantages over third generation languages. Summarizes a program to streamline faculty records on a mainframe computer. (MVL)

Discusses a research project that uses artificial intelligence techniques to help teach programing. Describes principles and implementation of the LISP Intelligent Tutoring System (LISPITS). Explains how the artificial intelligence technique was developed and possible future research. (MVL)

Discusses the implementation of a software system that allows teachers to take advantage of large banks of questions in subject areas. Explains that this plan is the result of a 1981 court mandate to standardize learning outcomes. Follows the development of the system and choosing of the software. (MVL)

Summarizes the sources, statistical methods, and general findings from the review. Poses findings on specific questions of research. Gives implications of past research for the future. (MVL)

Studies whether traditional drafting equipment (TRAD) or computer aided drafting equipment (CAD) is more effective. Proposes that students using only CAD can learn principles of drafting as well as students using only TRAD. Reports no significant difference either on achievement or attitude. (MVL)

Discusses a computer assisted learning system for engineering statistics based on personalized system of instruction methods. Describes the system's network, development, course structure, programing, and security. Lists the benefits of the system. (MVL)

Describes a method for more effectively storing information on a videodisk to allow greater flexibility. Argues that in order to best use the limited capacity of a single sided video disk that shorter integrated units be used. Gives several examples. (MVL)

Describes a system which emulates a face-to-face classroom where groups of students can participate online using standard low cost personal computer hardware at the student's location. Provides an overview, rationale, assumptions, design problems, and limitations of the program. Discusses alternative uses and evaluation of the technique. (MVL)

Reports on a survey of universities in the United States which offer computer science graduate programs. Summarizes findings relating to the general attributes of responding universities, hardware and software resources, graduate student entry requirements, and courses of study. (TW)

Discusses the use of laserdiscs and interactive video technology in an earth science classroom. Delineates the basic equipment needed for a laserdisc workstation, along with a software authoring system. Describes the development and use of a software program called Mission Earth, which contains four lessons on astronomoy. (TW)

Describes the development of an interactive video system including history, cost, equipment needed, and copying of disks. Provides methodology for producing a program using several chemistry topics. Discusses current innovations such as touchscreens and interactive realism. (MVL)

Reports on the development of the High School of Telecommunication Arts and Technology in Brooklyn, New York. Describes the overall goals of the high school's program, the make-up of the student body, the development of the curriculum, and the computer capabilities of the school. (TW)

Describes a project in a New Jersey elementary school in which computers are being actively used in various facets of the curriculum. Provides recommendations on how to set up similar programs. Explains some of the uses of the word processing, spreadsheet, and database capabilities in instruction. (TW)

Discusses producing effective instructional software using a balance of course content and technological capabilities. Describes six phases of an instructional development model: discovery, design, development, coding, documentation, and delivery. Notes that good instructional design should have learner/computer interaction, sequencing of…