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As competition among providers in the financial services arena increases,
so does product proliferation as a means to maintain competitive advantage.
Unfortunately, product proliferation has led to operational complexity. In
turn, complexity leads to increased costs and variable service quality levels,
which adversely affect customers. Adding to these issues are rising pressures
on margins, stringent government regulations, and pressure to reduce or
eliminate customer fees. Several forward-thinking financial institutions, varying in size from community banks to large multinational corporations, have responded by adopting Six Sigma.
The potential impact on the financial services sector, and
ergo the United States economy, of not adopting this methodology
may very well be similar to the plight of manufacturing in
the 1970s. United States companies lost market share to Japanese
competitors who were using Total Quality Management (TQM) and
Lean methodologies to improve their performance and product
design. Similarly, today, a multitude of pressures on financial
services firms may cause transaction processing and back-office
functions to be performed overseas if U.S. firms do not bring
their overall operational cost under control.
Although the current financial services competitive climate
seems to be mirroring manufacturing’s past, the path
to applying Six Sigma as a corrective will not necessarily
be the same. Financial services firms must keep in mind four
key tenets or truisms as they undertake the quality journey.
These same tenets are also the reasons why manufacturing Six
Sigma, which is a compilation of disparate, complex tools,
cannot be applied—in its original form—to a financial
services environment:
- Manufacturing is driven by a visible or tangible product.
The critical driver in financial services is information.
- In manufacturing, processes negotiate hundredths of a
millimeter to improve a product. There are no such tight “tolerances” in
financial services at this stage.
- On the whole, manufacturing Six Sigma is maturing beyond
the “detection” stage and is now well on the
path to “prevention.” Financial services Six
Sigma is still in its infancy.
- Manufacturing processes are highly automated. Despite
its IT infrastructure, financial services relies heavily
on human input/manipulation.
What Is Financial Services Six Sigma?
Six Sigma is a methodology that uses human assets, data,
and statistics to reduce operational cost and risk while increasing
customer service. Six Sigma analyzes and measures business
processes in terms of defects (rework, wait time, and rejects,
for example).
The statistical base to this methodology helps organizations understand the magnitude of process deviation from customer
expectation or original design intent. Six Sigma helps identify
and eliminate the root causes of variation, such as lack of
process standardization, passing incomplete transactions
to the next step, or passing inaccurate information on to the
next tier.
The hidden cost of variation—defects and waste—is
typically in the millions of dollars. This variation often
derives from a lack of information. Six Sigma guides organizations in identifying what they don’t know while emphasizing
what they should know. It then provides a roadmap for taking
corrective action to reduce the errors and rework that cost
the organization money, opportunities, and customers.
Robust processes, which produce low error rates, have a direct
impact on overall productivity, customer satisfaction, and
profitability.
So Why Doesn’t Manufacturing Six Sigma Apply
to the Financial Sector?
Table 1 outlines the key differences between the manufacturing
and financial services environments. Furthermore it explains the significance of each difference in terms of its impact
to the application of Six Sigma.
Table 1
| Manufacturing (MFG) |
Financial Services
(FS) |
Significance |
| Product based on very specific
and tight manufacturing tolerances (i.e., microns or
nano seconds) |
Primary concern is regulatory
compliance and credit risk |
Due to very specific manufacturing
tolerances, manufacturing Six Sigma is significantly
more complex and statistically based than Six Sigma for
financial services. |
| Process based on raw/part
flow |
Process based on information/data
flow |
Defective parts can be easily
detected. But in financial services, incomplete/defective
transactions are difficult to identify and are too
easily passed to the next phase of processing. |
| Production based on assembly
lines |
“Production” based
on information flow |
Inventory build-up, process
bottlenecks, and process cycle time are easily detected.
In financial services, workflow is hidden among hundreds
of worker desks and IT infrastructure. |
| Production lines highly
automated |
Heavy reliance on human
capital |
Manufacturing processes
are highly standardized with minimal human interaction.
Financial services process integrity is based on workers
who over time “customize” their daily transactions, introducing variation. |
Manufacturing Six Sigma is a compilation of complex tools
designed to address the tight tolerances (hundredths of a millimeter
in variation) in the manufacturing process. It also inherently
assumes that the process being used to develop a product is
fully visible and standardized among all of its users. And
so its goal, in the way that the tools are designed and used,
is to prevent an error from occurring.
On the other hand, the central goal of Six Sigma in financial
services is to first develop the infrastructure to detect an
error and then move on to preventing it. Because financial
services processes are not as visible as those in manufacturing,
and those processes by default rely significantly more on human
interaction, the central focus of financial services Six Sigma
is to stabilize the process. Through stabilizing
the process, error detection and, ultimately, prevention become
possible.
About the Authors
Sheila Shaffie and Shahbaz Shahbazi are co-founders of ProcessArc,
Inc. (www.processarc.com),
a Six Sigma consultancy providing services solely to the
financial services sector. Both are GE trained and certified
Master Black Belts. They can be contacted at sheila.shaffie@processarc.com and shahbaz.shahbazi@processarc.com.
Copyright © 2005, ProcessArc, Inc.
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