Initiative Overload?
by
Winston Ledet,
The
Manufacturing Game
|
In Dupont there were
so many initiatives, Butch Hoffman, a maintenance
foreman, said to Winston Ledet,
“Winston, you are not
the only person who shows up here, and you have
eight initiatives you want me to implement in
maintenance. Can’t you guys create some way of
showing us how to apply all of these initiatives in
our work?”
This request was the
impetus for creating something that would encompass
a means to accomplish the integration of all the
initiatives at Dupont –
The
Manufacturing Game®. |
The source of all
reliability, safety and environmental problems are defects in
equipment, processes, policies and practices. While some of
these defects are created through normal wear and tear, the
largest portion is created by random events that could be
avoided through good organizational discipline and precision in
the way work is performed. A method is needed to rationalize all
initiatives into one integrated initiative that can be
understood by all the employees: operations, business services,
and maintenance
–
planners, schedulers, and mechanics.
Leadership’s role is to
choose the best initiatives to improve performance. The mistake
most organizations make is to undertake multiple initiatives to
address different kinds of defects. These initiatives are very
well intentioned but are conceived in separate contexts and are
not integrated.
The secret to
integrating initiatives is to recognize that they are all
attempts to eliminate particular defects. Separate initiatives
don’t require separate means for implementing them. The most
effective approach is to apply defect elimination to the whole
system at once. This avoids creating an improvement in one part
of a system that creates a defect in another part of the system.
Applying a systemic implementation requires an understanding of
how the whole system works.
A clear understanding of
the manufacturing process along with a structurally authentic
experience is important to allow everyone to see how their job
makes a difference to the whole system. Once a person has had
this experience, it is easy for that person to see how defects
affect his job or role in the facility as a whole. It is
necessary to create a whole system solution, through cross
functional teams, who can design and implement the solution in a
way that all roles are considered. This is best done in small
increments so everyone has a chance to participate in the
improvements and own the results.
From a leadership
perspective, the other consideration is what pace of change is
appropriate for the entire organization. This can be determined
by assessing the magnitude of defect generation in the
organization and the capacity of the organization to eliminate
the source of defects. This should not be done as a static
question. The capacity to eliminate defects can be significantly
increased when people are motivated by a clear understanding of
the structure of their situation. It is also important to take
into consideration the fact that motivation decays with time.
The longer the change takes, the harder it will be to insure its
success.
|
Don Kuenzli, a plant manager
who has taken two different refineries through
complete transformations to the Precision Domain,
says, “The only way
to make this transformation is make defect
elimination your way of
doing
all of your
business.” |
Recommendations on
How To Deal With Initiative Overload
What to do
1. Significantly reduce
defect generation rate in equipment and processes through the
use of equipment proprietors. A well-designed proprietor system
restores the infrastructure deterioration back to acceptable
standards. The proprietor system should be designed to match the
distributed nature of the defects. Basically, all property
should be assigned to a proprietor who is in a position to
visually inspect the real estate and hardware personally. The
proprietor should be the voice of the needs of the property he
is assigned. Each proprietor should be assigned no more property
than he can inspect in one day. The role of proprietor is simply
to run equipment within standards or shut it down. When a
property is shut down, only the aging defects accumulate. This
is a reduction of 96% in defect generation rate so the property
can remain relatively stable until the resources are available
to deal with the higher defect generation rate. The proprietor
should not be the budget holder for his property
–
that way he can concentrate on maintaining standards and not
have that over ruled by monetary constraints.
2. Engage the entire
workforce in defect elimination using cross functional Action
Teams as a means of creating a culture that assumes equipment
improvement as a normal part of the everyday job. Once a
particular proprietor determines his facility to be out of the
Regressive Domain and into at least the Reactive Domain, a
systemic process of defect elimination must be created within
the workforce. The basic need is to learn how to work cross
functionally instead of in silos and to learn to treat
contractors the same as employees in this process. Many of the
defects created in the random category come from the lack of
appreciation for the needs of the other functions that impact
common equipment and work processes.
By using cross
functional teams to eliminate defects, people learn how to be a
team while doing their normal work. An incredible amount of
organizational learning takes place among people in these teams.
Launching cross functional Action Teams should continue until
this cross functional way of working becomes a habit and the
generation rate from random events is reduced by about 30% of
total work orders.
3. Create a leadership
process for the culture change based on boundary setting that
creates freedom for the workers and proprietors to make
decisions aligned within standards established through
reflection and dialogue. Management must learn how to create
boundaries for cross functional teams so that the teams are free
to make decisions on their own that are within tolerable levels
of risk to management. The focus of management’s work should be
to avoid two other kinds of imperfections -- excesses and
recycle.
This requires conscious
and creative energy. The best questions a manager can ask are
“Where did the excess energy come from that created these
defects?” and “How can we keep this kind of a failure from
happening again in the future since we can’t change the past or
the present?”
4. Standards should be
set on the tolerance of imperfections in the outcome of work and
not on controlling the process for attaining these results.
Process controls only deal with the functional aspects of an
operation and ignore the “will” and “being” of the situation,
therefore, dealing with only one third of what the people are
actually experiencing. While many processes have universal
application to many different situations functionally, they do
not deal with the will of the situation or the being of the
organization. Attempts to apply universal processes to all
situations tend to get so complicated that people are not able
to use them. Many of these processes are based on the assumption
that aging and basic wear and tear sources of defects are the
only defects present and therefore ignore 84% of the random
defects.
What not to do
1. Do not treat each
initiative as if it were independent of all others. Use defect
elimination potential as the key principle in rationalizing all
initiatives into one. Maximize the probability of success and
minimize the risk of catastrophe.
2. Do not use internal
change agents. Using outside change agents is advised to
preserve the talent of employees to concentrate on the main line
work
–
pursuing the corporate vision. Change agents will only be
required for a short period of time to make the culture change
and once the desired change is reached remove all change agents
so that the organization can refreeze into an efficient
operation of the new culture.
3. Do not focus on
implementing systems. Implementation of systems to
institutionalize the new culture should not take place until the
correct stage of the change process. If you implement systems
first, you do not have the culture to use them so the systems
get perverted to accommodate the old culture, which takes an
incredible amount of time and distracts the most talented people
from the main work of changing the culture. Implementation is
important when the work practices match the system being
implemented, by this time as much as 84% of the defect
generation rate has been eliminated so the job is one-sixth the
size it would have been before the change.
4. Do not focus on team
building. Focus on cross functional teams to deal with defect
elimination on the job as a daily habit. This will create the
desired teamwork and is an example of how resources can be made
available by integrating initiatives.
Editors
note: You can see Winston Ledet present the keynote address at
RCM-2008
Reliability Centered Maintenance Managers' Forum March
18-20, 2007 in Las Vegas.
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