This relationship might be explained by the fact that the managerial attitude to QM conditions key QMS-related decisions, such as resource allocation and development of QM training systems, which in turn leads to higher levels of QM competence among all level employees.
These include the development of operator training systems, diagnosis tools, emergency response planning as well as implications on process and control system retrofit and design.
Contemporary work in the design and development of intelligent training systems employs task analysis (TA) methods for gathering knowledge that is subsequently encoded into task models.
In addition to incorporating traditional TA methods into the design and development of such training systems, empirical research involving objective measures is often helpful in identifying underlying characteristics of task performance and aspects of task performance that result in a large degree of variability across individual performers.
In parallel with the advances in computer science, it is clear that a rapid development of simulation training systems is expected.
For example, a TA focused on the development of a training system may require not only characterization of the correct way of performing the targeted tasks, but also elucidation of optimal ways for teaching correct task performance, including identification of common mistakes, helpful hints and cues, and appropriate assessment and feedback techniques.
Three types of train systems are currently under development, namely the Automated Guideway Transit, an electric powered, fully automated train, the Hybrid Electric Road Train which is a long bi-articulated bus, and a full-scale passenger train.
WHO will provide technical support in the planning and review of the different aspects of the campaign at national and district levels on safety immunization practices, vaccine coverage, surveillance, training, development of training materials and AEFI surveillance system.
