Overview
The objective of this project is to design software to train or re-train workers enrolled at two year post secondary institutions in the operation of computer-controlled manufacturing equipment. Simulation-based training can be implemented to provide cost effective training on a wide variety of manufacturing tools. Libraries of equipment models can be developed and upgraded as new machines are introduced to the marketplace. In addition, simulation-based training provides a safe environment where novice machine tool operators can learn without fear of injury to themselves or to the equipment. A larger student-to-instructor ratio can be maintained in this safe environment , resulting in further cost savings. Also, with each student at a workstation, students are not restricted to operate the machinery in groups and therefore each student can gain individual experience programming the machines. This software particularly focus on training workers to manipulate a robot. It includes PUMA560, a teach pendant and an editor which is used for editing VAL II program. PUMA560 is created by using TELEGRIP, and both of the teach pendant and editor are created by using MOTIF.
Additional Media
Publications
- Ho, Lee Keun and Vance, Judy M., “Virtual Training in Manufacturing Systems Using TELEGRIP,” Deneb User Group IX Meeting Proceedings, Ypsilanti, MI, Oct. 9-13, 1995.
- Lee K. Ho, Development of a virtual manufacturing cell for training workers, M.S. Thesis, Iowa State University, 1996
Personnel
- Judy M. Vance, Principal Investigator, jmvance@iastate.edu
- Lee K. Ho, Graduate Research Assistant
Funding
- This project was funded under the U.S. Department of Education contract No. VN93009001.
