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Rehg, James A. – Industrial Education, 1985
Questions and answers from the book "Guidelines for Robotics Program Development" are presented, addressing some of the major issues confronted by the person setting the direction for a robotics training program. (CT)
Descriptors: Automation, Guidelines, Laboratory Equipment, Manufacturing
DeVore, Paul W. – Man/Society/Technology, 1982
The author explores several recent technological developments which will have an impact on future technical education. These developments include the revolution in information services, robotics, job changes and eliminations, changing role of the worker, and quality of life. (CT)
Descriptors: Automation, Career Change, Futures (of Society), Job Satisfaction
Peer reviewed Peer reviewed
Albus, James S. – Futurist, 1984
Spectacular advances in microcomputers are forging new technological frontiers in robotics. For example, many factories will be totally automated. Economic implications of the new technology of robotics for the future are examined. (RM)
Descriptors: Automation, Economic Factors, Economics, Employment Problems
Dunne, Maurice J. – 1982
Robots are finally receiving wide-spread attention as a means to realize the goal of automating factories. In the 1960's robot use was limited by unfavorable acquisition and operating costs and the affordable control technology limiting applications to relatively simple jobs. During the 1970's productivity of manufacturing organizations declined…
Descriptors: Automation, Curriculum Development, Industrial Education, Industry
Warnat, Winifred I. – 1983
Robotics (robot usage) is discussed from a historical perspective with regard to its role in employment and education. Part 1 examines the transition from an industrial to an information society and speculates what the future might hold, particularly in terms of employment. Part 2 gives a historical overview of the robotics industry and discusses…
Descriptors: Artificial Intelligence, Automation, Cybernetics, Elementary Secondary Education
Parsons, H. McIlvaine; Kearsley, Greg P. – 1981
The principal human factors engineering issue in robotics is the division of labor between automation (robots) and human beings. This issue reflects a prime human factors engineering consideration in systems design--what equipment should do and what operators and maintainers should do. Understanding of capabilities and limitations of robots and…
Descriptors: Automation, Computer Oriented Programs, Human Factors Engineering, Industry
Peer reviewed Peer reviewed
Strimaitis, Janet R. – Journal of Chemical Education, 1990
Discussed are applications of robotics in the chemistry laboratory. Highlighted are issues of precision, accuracy, and system integration. Emphasized are the potential benefits of the use of robots to automate laboratory procedures. (CW)
Descriptors: Automation, Chemistry, College Science, Higher Education
Peer reviewed Peer reviewed
Cyert, Richard M. – Issues in Science and Technology, 1985
Proposes that full automation is the best current option for the United States' manufacturing industries. Advocates increased use of electronics, robotics, and computers in the establishment of unmanned factories. Implications of this movement are examined in terms of labor, management, and the structure of the economy. (ML)
Descriptors: Automation, Computers, Electronics, Labor Economics
Parsons, H. McIlvaine – 1981
Various aspects of automation are explained to differentiate it from technology and mechanization and to show the difference between using equipment to help humans and using equipment to replace humans. Five reasons are given for engineering psychology to focus its attention on automation. Automation issues in a number of areas are discussed,…
Descriptors: Aerospace Education, Automation, College Science, Engineering
Todd, Edward S. – 1983
The need for higher education to plan curricula based upon generalizable human, analytical, and technical skills is discussed in view of historical and economic changes, productivity questions, demographic projections, and employment forecasts. Questions are posed regarding the form of undergraduate education that will best prepare the college…
Descriptors: Automation, College Planning, Demography, Economic Factors
Feldman, Marvin – 1982
The technological revolution and a related revolutionary rethinking of the right relationship of people to work will have profound implications for the spirit and content of vocational education. Rapid industrial growth, particularly in the areas of computers and robotics, will undoubtedly increase demands for technical education and professional…
Descriptors: Automation, Computers, Educational Needs, Educational Trends
Jaffe, J. A., Ed.; And Others – 1982
This report is one of seven that identify major new and emerging technological advances expected to influence major vocational education program areas and to describe the programmatic implications in terms of skill-knowledge requirements, occupations most directly affected, and the anticipated diffusion rate. Chapter 1 considers technology as…
Descriptors: Alternative Energy Sources, Auto Mechanics, Automation, Computer Oriented Programs
Jaffe, J. A., Ed.; And Others – 1982
This report is one of seven that identify major new and emerging technological advances expected to influence major vocational education program areas and to describe the programmatic implications in terms of skill-knowledge requirements, occupations most directly affected, and the anticipated diffusion rate. Chapter 1 considers technology as…
Descriptors: Automation, Blue Collar Occupations, Diffusion (Communication), Industrial Personnel
Barton, Thomas E.; And Others – 1984
These three papers focus on various aspects of high technology training at Greenville Technical College (GTC). First, "High Technology and the Community College," by Thomas E. Barton, discusses what high technology should mean to educators and argues that changes in the nature of industrial production require that community colleges not only keep…
Descriptors: Automation, Community Colleges, Computer Oriented Programs, Cooperative Programs
Florida, Richard – Chronicle of Higher Education, 2013
Everyone has an opinion about technology. Depending on whom you ask, it will either: a) Liberate us from the drudgery of everyday life, rescue us from disease and hardship, and enable the unimagined flourishing of human civilization; or b) Take away our jobs, leave us broke, purposeless, and miserable, and cause civilization as we know it to…
Descriptors: Robotics, Social Change, Computer Attitudes, Influence of Technology
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