These days, as more companies head out onto public streets to test their autonomous vehicle systems, accidents have become more common.
According to many studies, a majority of complex, large-scale technological systems' accidents have been caused by breakdowns of the weakest links in this chain, most often the human or organizational subsystems (for further information see IAEA 1988; Meshkati 1990 , 1991 1992; NAE/NRC 2011; NAS/NRC 2014; Tabibzadeh 2014; Tabibzadeh and Meshkati 2014a, b, 2015; Meshkati and Khashe 2015).
He conducts research on roles of human performance safety culture in complex, large-scale technological systems' accidents.
As the world-renowned scholar, Professor James Reason of Manchester University stated, which could characterize many technological systems' accidents, such as fracking accidents, "rather than being the main instigators of an accident, operators tend to be the inheritors of system defect created by poor design, incorrect installation, faulty maintenance and bad management decisions.
While OnStar will soon be a connectivity platform that supports a multifaceted information and entertainment system, accident reporting and related safety concerns were its original focus.
The production downtime caused by power system accident was 6 h and 35 min, failure-free rate was 99.61 %.
Occasionally, however, two or more failures, none of them devastating in themselves in isolation, come together in unexpected ways and defeat the safety devices the definition of a "normal accident" or system accident.
In this work, we argue that system accident literacy and safety competence should be an essential part of the intellectual toolkit of all engineering students.
Such system accidents occur with many technologies: take the example of a motorway blow-out leading to a pile-up.
