An instructional model
called Synectics prompts creative thinking and perceiving a subject
matter from a variety of different or "new" perspectives.
It can be easily adapted to the issue of process improvement to
arrive at ways to reduce the number of processing steps. Using the
existing manufacturing steps of a product family is an excellent
application because is provides a holistic perspective of the
value-added process. The presenter asks the students to imagine that
they are literally the manufacturing part. The participants are then
to envision themselves as the part going through its daily routines.
The session leader states the question: "What does it feel like
to be a part?" The responses indicate how the participants
perceive the procedure from a unique perspective. The word
highlighted in the instruction is "imagine" or empathize
with the object. The participants' reactions are recorded. The next
step is to have the students respond to the question: "As the
part, what steps does the manufacturing facility put you through
that you regard as 'dumb,' unnecessary, or inefficient?" The
students are again to envision themselves going through the process.
The presenter records their insights. This exercise will invariably
generate new ideas on how to obtain more efficient and value-added
processing.
The
session leader now requests the group to break up into small
discussion teams to more thoroughly explore their ideas. The
presenter later draws the teams back together to obtain consensus on
an optimum means to improve this manufacturing process. This
teaching model allows the students to look at the complete process
from a unique perspective, contribute innovative solutions to an
existing problem, and obtain an agreement from the entire group on
how to proceed with improvements.
The
next active learning exercise utilizes the brainstorm-ing approach
to analyze a problem experienced at many manufacturing plants—a
bottleneck caused by lengthy machine set up. The first step is to
think about set up as a holistic process, not as a group of
individual steps. A flowchart must be developed to provide a basis
for brain-storming of the problem.
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Figure 3. Functions of
a Flowchart
• Visually helps to
determine which operations in the process are interdependent
• Eases
identification of logical places for data collection or control
stations
• Provides ability to
easily identify stratification points where several different
sources of variation exist
The
source of inefficiency in the set up process can develop at various
stages of that process, namely, locating tools, releasing the
fixture, installing the new tooling, and most frequently in making
the final adjustments. The presenter asks the participants to
identify the inefficiencies. He or she records the responses. The
group then divides into cross-functional teams (e.g., engineers, set
up, manufacturing, and materials) to identify the underlying
reasons for inefficiencies and proposes improvements to the
process. This instructional method allows a tremendous number of
ideas to surface. It is crucially important not to assess the input
at the initial stage because that inhibits participants from further
contributions.
Another
active learning approach is role playing. The session leader asks
several of the attendees to participate in an event. Each volunteer
enacts one type of manufacturing waste, and everyone else attempts
to identify it. This personifies the information, and, thus makes it
more vivid and memorable.
Figure 4. Nine Wastes
|
Processing Over
Production Transportation Scrap & Rework Untapped Human
Potential
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• Delay &
Waiting • Motion • Inventory « Transactions
|
To be Continued
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