3.0. Management System
The importance of the management system in controlling risk/losses is
visualized in the picture below. This picture represents the incident causation
sequence that comes from the work and thinking of Heinrich and Bird. I have
given my own thoughts to it and so arrive at the TOP model - Total Operations
Performance.
The basic thinking behind the model is that the management system, containing
the control activities (MAA's), creates the basic causes that
exist in the
organization. These basic causes then produce the direct causes (acts and
conditions) that lead to the
undesired event(s). Those may or may not result in initial loss, depending on
circumstances and barriers that may or may not be present. The final loss
then depends on the emergency remedial actions that are taken, or not. (PEP stands for
Post Event Plan and comprises all the actions to reduce various (material or
immaterial, direct or indirect) losses that may
result from the incident, including also business or consequential
losses.)

People related issues are vital to the total sequence. These issues are
either permanent of temporary. They may be deficient (or
"sub-standard") or they may be proper (or "standard").
If they are permanently deficient they lead to imperfect organizational or
production systems, imperfect technical systems and continuing sub-standard
behavior of managers, supervision, staff and other employees.
Deficiencies are "built-in" and the only thing one has to do is to
wait to see that the risk materializes into loss.
If the people issues are temporarily deficient, they should be seen as
deviations from an otherwise accepted or "perfect" way of doing
things. Even though they are temporarily, they can lead to permanent
deficiencies in technical or procedural controls and if these deviations - or
their results - are not spotted early enough or if no action is taken following
their recognition, losses may still occur.
I have provided multiple layers throughout the sequence (with the exception
of the management system box) to indicate that there is often more than one
issue
involved. Two-dimensional models may, for example, give the
impression that only one person is involved while in practice a number of people
have played their role in the incident causation sequence. For example, it may be the act of the person directly
involved in the execution of the work that triggered the incident resulting in
loss. However, that person may not have been trained properly (= act of
supervision/management) to do the work or it may have been the purchaser who did not buy
the right equipment (= act of staff person) or the designer who did not
construct the work environment properly (= act of staff person). Or it may have been
the manager who did not assure that the purchaser was buying the right stuff and
the designer was following state of the art criteria (= act of manager).
For the same reason, I provided a loop back from "Direct causes" to
"Basic causes" - the (even temporary) sub-standard act of the designer
(following improper motivation, for example) may lead to permanent
sub-standard conditions waiting for the incident to occur.
The above model is negative in the sense that all aspects are below standard
to produce loss at the end. Alternatively, the model can also be put in a
positive mode to produce success in the end box. To arrive at that desired
situation all the other issues in the model must be positive to create an
organization that knows its risk and has taken appropriate actions to control
them. On top of that the organization will have installed appropriate instruments
to uncover deviations from the normal (= safe/non-risk ) situation in order to take appropriate actions before
those deviations can result in undesired loss.
So, the management system is important. Now what makes the management system
really a system of management are basically two things: