Author_Institution :
Palo Verde Nucl. Generating Station, Arizona Public Service Co., Phoenix, AZ, USA
Abstract :
We find ourselves in an exciting era of `high-tech´ simulation-UNIX, P/Cs, C++, math models, interactive software, artificial intelligence, graphical user interface, etc. Often however, the tried and true methods may provide the most cost effective, performance improving, easily implemented, and rapidly developed solutions to training needs. Our goal is to provide training that makes a difference in performance, error reduction, or efficiency. For complex team training challenges such as nuclear plant control room operation, a computerized, full scope simulator is essential. In contrast, the majority of errors and efficiency challenges are related to a myriad of isolated tasks on specific pieces of equipment. Hands on training is needed to develop and maintain the required skills to ensure error free performance. The lessons of simulation need to be applied to these training challenges. The solution is to use actual equipment in the part-task training setting
Keywords :
computer based training; digital simulation; human factors; nuclear engineering computing; nuclear power stations; power station control; simulation; training; back-to-basics simulation; complex team training; computerized full scope simulator; error free performance; error reduction; hands on training; nuclear plant control room operation; part-task trainers; training; Computational modeling; Computer errors; Computer simulation; Humans; Inductors; Industrial training; Investments; Mathematical model; Personnel; Power generation;
Conference_Titel :
Human Factors and Power Plants, 1997. Global Perspectives of Human Factors in Power Generation., Proceedings of the 1997 IEEE Sixth Conference on