Educational robots are defined, their essential characteristics and features are outlined, and their educational applications and what makes them run are discussed. Classroom experiences with five educational robots--Topo, Rhino XR-2, RB5X, Hero I and Tasman Turtle--are described. (MBR)

Rensselaer Polytechnic Institute's Center for Industrial Innovation is scheduled for completion in 1986 and will provide instruction and research in four areas: interactive computer graphics; manufacturing, productivity, and technology transfer; integrated electronics; and industrial engineering. The Center is a joint university, industry, and…

This publication identifies exemplary programs and human resources in the automated manufacturing technologies. Its purpose is to assist vocational education program planners and curriculum specialists in updating programs and staff skills to prepare for high technology. Chapter 1 is an introduction. Chapter 2 describes the seven U.S. Secretary of…

Features articles on topics related to use of expert systems for training: machine intelligence effectiveness in military systems applications; automated maneuvering board training system; intelligent tutoring system for electronic troubleshooting; technology development for intelligent maintenance advisors; design of intelligent computer assisted…

These eight units of instruction are the products of a project conducted at Burlington County College in Pemberton, New Jersey, to develop three-dimensional computer graphics units of instruction for use in courses designed to train students in the areas of architectural, civil, drafting and design, and electronics technology. Addressed in the…

The Technology Edu-Camp described in this report was held in July of 1988 at Arkansas State Technical Institute. Purposes were: to provide vocational instructors an opportunity to expand their knowledge and understanding of the needs of technical occupations; to upgrade their technical skills; and to develop lesson materials for courses in…