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Anderson, Neil – Education in Rural Australia, 2009
This paper and presentation reviews the collective opinion of key Australian researchers concerning the emerging technologies most likely to have a significant impact on learning and teaching in regional, rural and remote areas. It then draws on the conclusions of the Horizon Report (2008) concerning key ICT drivers likely to influence…
Descriptors: Influence of Technology, Rural Education, Information Technology, Computer Uses in Education
Ludi, Stephanie; Reichlmayr, Tom – ACM Transactions on Computing Education, 2011
This article describes an outreach program to broaden participation in computing to include more students with visual impairments. The precollege workshops target students in grades 7-12 and engage students with robotics programming. The use of robotics at the precollege level has become popular in part due to the availability of Lego Mindstorm…
Descriptors: High School Students, Visual Impairments, Middle School Students, Outreach Programs
Peer reviewedKissinger, Pat – Education Libraries, 1987
This annotated bibliography describes 12 books, 10 ERIC publications, and 7 periodical articles about artificial intelligence and robotics that were selected by the author as resources for educators. (CLB)
Descriptors: Artificial Intelligence, Computer Assisted Instruction, Educational Resources, Robotics
Rehg, James – Technological Horizons in Education, 1986
Manufacturing isn't what it used to be, and the United States must ensure its position in the world trade market by educating factory workers in new automated systems. A computer manufacturing engineer outlines the training requirements of a modern workforce and details robotic training devices suitable for classroom use. (JN)
Descriptors: Automation, Manufacturing, Manufacturing Industry, Postsecondary Education
Peer reviewedLange, Mary – American Annals of the Deaf, 1985
The article describes the Turtle Tot, a Logo powered robot that helps hearing impaired students make the transition from the concrete geometric movement of their bodies to the directed geometry of computer Logo. (CL)
Descriptors: Computer Literacy, Elementary Education, Hearing Impairments, Programing
Burns, William E. – Industrial Education, 1986
Discusses various applications of fiber optics technology: information systems, industrial robots, medicine, television, transportation, and training. Types of jobs that will be available with fiber optics training (such as electricians and telephone cable installers and splicers) are examined. (CT)
Descriptors: Employment Opportunities, Information Systems, Robotics, Telecommunications
Peer reviewedReed, Philip A. – Technology Teacher, 2003
Reviews developments in telemedicine and a number of related areas (telecommunications, virtual presence, informatics, artificial intelligence, robotics, materials science, and perceptual psychology). Provides learning activities for technology education. (SK)
Descriptors: Learning Activities, Medicine, Robotics, Technological Advancement
Peer reviewedTechnology Teacher, 1990
Discusses the current status of robots and robotics and the direction robot technology is heading. (JOW)
Descriptors: Higher Education, Illustrations, Industrial Education, Robotics
Mulford, Carolyn – Vocational Education Journal, 1995
Describes robotics programs that can be used at the middle school, high school, and university. (JOW)
Descriptors: Elementary Secondary Education, Higher Education, Robotics, Technological Advancement
Peer reviewedTechnology Teacher, 2004
Fuzzy logic programs for computers make them more human. Computers can then think through messy situations and make smart decisions. It makes computers able to control things the way people do. Fuzzy logic has been used to control subway trains, elevators, washing machines, microwave ovens, and cars. Pretty much all the human has to do is push one…
Descriptors: Robotics, Human Factors Engineering, Artificial Intelligence, Mathematical Concepts
Jimenez Jojoa, E. M.; Bravo, E. C.; Bacca Cortes, E. B. – IEEE Transactions on Education, 2010
This paper describes the design and implementation of a tool for experimenting with mobile robotics concepts, primarily for use by children and teenagers, or by the general public, without previous experience in robotics. This tool helps children learn about science in an approachable and interactive way, using scientific research principles in…
Descriptors: Foreign Countries, Engineering Education, Science Education, Science Activities
Brand, Brenda; Collver, Michael; Kasarda, Mary – Science Teacher, 2008
In recent years, the need to advance the number of individuals pursuing science, technology, engineering, and mathematics fields has gained much attention. The Montgomery County/Virginia Tech Robotics Collaborative (MCVTRC), a yearlong high school robotics program housed in an educational shop facility in Montgomery County, Virginia, seeks to…
Descriptors: Graduate Students, High Schools, Engineering, Counties
Tsai, W. T.; Chen, Yinong; Cheng, Calvin; Sun, Xin; Bitter, Gary; White, Mary – Journal of Information Technology Education, 2008
Service-Oriented Computing (SOC) is a new computing paradigm that has been adopted by major computer companies as well as government agencies such as the Department of Defense for mission-critical applications. SOC is being used for developing Web and electronic business applications, as well as robotics, gaming, and scientific applications. Yet,…
Descriptors: Feedback (Response), High School Students, Introductory Courses, Programming Languages
Ivey, Debra; Quam, Greg – Tech Directions, 2009
This article discusses the 4-H Gateway Academies specifically designed to enhance science, technology, engineering, and math (STEM) skills and knowledge in middle school youth. The innovative summer day camps partnered Project Lead the Way--trained teachers with county 4-H staff from University of Wisconsin-Extension (UW-Extension) Cooperative…
Descriptors: Extension Education, Team Training, Partnerships in Education, Leadership
Shahinpoor, Mohsen; Singer, Neal – Technological Horizons in Education, 1985
An instructional robotics laboratory that is unique in the United States was created in 1984 at the University of New Mexico. Descriptions of the laboratory, course work offered, student projects, and other areas are provided. (JN)
Descriptors: Course Descriptions, Engineering, Engineering Education, Higher Education

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