End of last year, I participated in a workshop on collaboration in complex situations , and how to move from a group of individuals to a self -organized team.
Based on my past experience , here is a story how in a manufacturing plant , a group of people was moving to a well organized team .
"The oil and gas industry , and special the drilling activity is a very complicated process where uncertainty is a major factor . Uncertainty goes from not knowing which geological formation the drill bit will encounter, with as result not knowing what the performance of the bit will be compared to targeted performance .
Based on my past experience , here is a story how in a manufacturing plant , a group of people was moving to a well organized team .
"The oil and gas industry , and special the drilling activity is a very complicated process where uncertainty is a major factor . Uncertainty goes from not knowing which geological formation the drill bit will encounter, with as result not knowing what the performance of the bit will be compared to targeted performance .
Nevertheless,
everything can be controlled now a day’s, so if anything goes wrong, small
pieces of the system can be analyzed, corrected and the whole system will work
again.
All best practices are written in policies and procedures. The whole drilling activity is a high tech mechanical process which is complicated , but easily controlled.
All best practices are written in policies and procedures. The whole drilling activity is a high tech mechanical process which is complicated , but easily controlled.
In the Cynefin model we are in the right
segments of the controllable environment.
The main
reason is , that it is a mechanical process, where human intervention and
decision is minimum.
But the bit
can be start to wear very fast ( due to change in drilling parameters, quality
of the bit, formation)and stop to drill , before the desired target is met .This
is the biggest uncertainty:you don’t know , when this will happen and why it
has happen .Their is no time also to first examine the bit and find the cause
….what has to be done is to order asap a new bit and discuss with the design
engineers.
That’s
where the complexity starts: data has to be send overseas to the manufacturing
plant, the design engineers has to be notified , material has to be ordered ,
bit has to be redesigned , bit has to be manufactured and shipped back to the rig :the only certainty which exist
is : it has to be for yesterday!!!
When you
see the situation in the manufacturing plant , the situation is different :
-
First
, the orders are coming from different customers, from different locations and
are all other bit types.
S So there is a very large product mix which are demanding different materials, different process times. The manufacturing processes have also constraints: a limit of resources( labor time), availability of materials( inventory policies), and unexpected events like sickness and equipment maintenance.
S So there is a very large product mix which are demanding different materials, different process times. The manufacturing processes have also constraints: a limit of resources( labor time), availability of materials( inventory policies), and unexpected events like sickness and equipment maintenance.
At the same time there is no forecast , so there is a big uncertainty when the
orders will come in and how much.
-
Also,
each order has to be designed or standard models modified,and approval asked to
the field for production.
There is no certainty , that the bit will be approved or the order confirmed ,but engineering resources has to be used to design the bit and manufacturing processes in all cases.
There is no certainty , that the bit will be approved or the order confirmed ,but engineering resources has to be used to design the bit and manufacturing processes in all cases.
-
The
organisation is structured in departments:customer -service departments( 2
people), purchase dept ( 2 people), planning and work preparation (1),
manufacturing engineering for making bill of materials and routers( 2 people), engineering (5 people),
manufacturing management ( 2 people).The availability of resources is very
variable and only known by the department.
So , as
described the environment is very complex by his complex communication-network,
variability in order -income, uncertainty of resources and materials,
uncertainty of payment , etc .
THE ONLY
CERTAINTY IS THAT ALL BITS FOR ALL CUSTOMERS HAS TO BE PRODUCED IN MAX 8
WORKING DAYS!!( that is the customer request)
So, I will
tell the story what has happened over the years and how we have evolved from
a group of individuals to a team .
- -
The
different departments are sitting in ,an open space , dispersed in different locations.
Sharing knowledge on what is happening can only by phone, running around walking and talking in the corridors.
The order is coming from the customer to the customer service department dept.They
phone to engineering department, to gather information on the status of
drawing, check materials availability with purchase and asked for a delivery
date to manufacturing. Taken in consideration all this , a final date is send
to the customer .So every department try to optimize as much as possible their needed
knowledge, but without knowing what the other was doing , or what the overall issues
were.
So it happened often , that delay’s were not communicated and the
system was going into a complete chaos .
-
- Next
step was , that management was pushing to learn from each order .So
every morning there was a meeting with the department responsible , where the
issues of each department were discussed and also the status of the orders.
Changes were announced, but there was nothing formal.
- More knowledge was shared by interdepartmental meetings , visiting the shop, speaking with
people and workers: we created a group of knowledge people.
- -
The
learning from each other was also increased by cross functional
functions:Customer service, purchase , planning has been cross functional
trained, to do if necessary , more than one function . the same with
engineering, manufacturing engineering and planning.
- -
The
initial group, decided to formalize the meetings: all order status were put on
a Excel spreadsheet, completed with information on material , manufacturing
status, resource availability, etc :this has been best practices for a long
time, and planning meetings has become more efficient .
- - With the implementation of SAP, data gathering was still better, and faster.
- - With the implementation of SAP, data gathering was still better, and faster.
But still
the objective was still not achieved , because the orders were still pushed
trough the workshop , without knowing the issues in the blue collar system.
Therefore
by applying leanmanufacturing technical, kaizen events were organized with the
workers to better understand the issues.
- The same
group of people , now together with
workforce decided to change completely the order system and launching
system in the shop. Procedures and rules has been established, where
variability could be absorbed easily.All members has been made aware of them,
and responsability’s established for management of these rules.
- The result
was that the blaming culture disappeared, and that there has been a total
visibility of the planning system.The group had become a team , because they
were focusing on the result and communication . As such every team member could
participate and organize
themselves the planning meetings.
The excel spreadsheet has
been replaced by the SAP data, and a self-organized team managed by purpose ,
shared vision and rules.By seeing the organisation as a whole , and not anymore a group of loose elements and functions we achieved a culture of cooperation and self organizing , in order to achieve our common purpose .
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