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Quality
Quality Management
Introduction
Quality is the totality of product attributes
that are important to our customers. This quality initiative addresses
the managing quality of a Business Service Provider.
A business application product is a documented set of tools to capture,
validate and archive business transactions and to subsequently transform
historical data into meaningful information for decision making
and the guidance of an enterprise.
Our approach
The first question
we ask is,
How well do we know you?
Do you have the right mindset?
Outsourcing is not just a quick fix, but should be an integral part
of a long-term strategy.
We set out to understand your goals and objectives from the beginning,
so that we meet or exceed your expectations through the life of
the relationship.
With each new business opportunity
we approach, we evaluate:
- Our knowledge of your
business processes
- Experience with relevant
technology
- Capacity for leveraging
emerging technologies on your behalf
- Budget Analysis
- Cost Reduction
etc..
In this process, you
evaluate:
- Our track record
for delivering quality service
- Our ability to meet or
exceed your needs
- Our customer and partnership
orientation
Work Process
Establishing
an Information Baseline
Comprehensive survey of your systems and procedures
Review of management's reporting needs
Developing a detailed understanding
of your operations, procedures and policies
Complete demonstrations of how and what we can do to improve current
operation procedures or implement a new set of systems and procedures
protocols
Deploying the most current solutions,
customized to your environment
Establishing Accountability & Built in checks - Close working
relationships with employees, senior management executives and owners
Our goal
To be cost-effective in providing timely and meaningful reports
which are useful to increase your profitability and reduce the cost
Our primary
concern
Your bottom line
Quality Control Tools
We utilize modern quality
control methods which are depend upon statistical literacy. The
tools used therein are called the seven quality control tools. These
include:
a) Checksheet b) Pareto
chart c) Flow Chart d) Cause & Effect Diagram e) Histogram f)
Scatter Diagram g) Control Chart
Checksheet
The function of a checksheet
is to present information in an efficient, graphical format. This
may be accomplished with a simple listing of items. However, the
utility of the checksheet may be significantly enhanced, in some
instances, by incorporating a depiction of the system under analysis
into the form.
Pareto
Chart
Pareto charts are extremely
useful because they can be used to identify those factors that have
the greatest cumulative effect on the system, and thus screen out
the less significant factors in an analysis. Ideally, this allows
the user to focus attention on a few important factors in a process.
They are created by plotting the cumulative frequencies of the relative
frequency data (event count data), in decending order. When this
is done, the most essential factors for the analysis are graphically
apparent, and in an orderly format.
Flowchart
Flowcharts are pictorial representations of
a process. By breaking the process down into its constituent steps,
flowcharts can be useful in identifying where errors are likely
to be found in the system.
Cause
and Effect Diagram(Fish bone Diagram)
This diagram, also called a fish bone
diagram, is used to associate multiple possible causes with a single
effect. Thus, given a particular effect, the diagram is constructed
to identify and organize possible causes for it.
The primary branch represents the effect (the quality characteristic
that is intended to be improved and controlled) and is typically
labelled on the right side of the diagram. Each major branch of
the diagram corresponds to a major cause (or class of causes) that
directly relates to the effect. Minor branches correspond to more
detailed causal factors. This type of diagram is useful in any analysis,
as it illustrates the relationship between cause and effect in a
rational manner.
Histogram
Histograms provide a simple, graphical view
of accumulated data, including its dispersion and central tendancy.
In addition to the ease with which they can be constructed, histograms
provide the easiest way to evaluate the distribution of data.
Scatter
Diagram
Scatter diagrams are graphical tools that
attempt to depict the influence that one variable has on another.
A common diagram of this type usually displays points representing
the observed value of one variable corresponding to the value of
another variable.
Control
Chart
The control chart is the fundamental tool
of statistical process control, as it indicates the range of variability
that is built into a system (known as common cause variation). Thus,
it helps determine whether or not a process is operating consistently
or if a special cause has occurred to change the process mean or
variance.
The bounds of the control chart are marked by upper and lower control
limits that are calculated by applying statistical formulas to data
from the process. Data points that fall outside these bounds represent
variations due to special causes, which can typically be found and
eliminated. On the other hand, improvements in common cause variation
require fundamental changes in the process.
Summary
The tools listed above are ideally utilized
in a particular methodology, which typically involves either reducing
the process variability or identifying specific problems in the
process. However, other methodologies may need to be developed to
allow for sufficient customization to a certain specific process.
In any case, the tools should be utilized to ensure that all attempts
at process improvement include:
· Identify the Problem
· Analysis
· Improvement
· Monitoring
· Implementation
· Verification
Furthermore, it is important
to note that the mere use of the quality control tools does not
necessarily constitute a quality program. Thus, to achieve lasting
improvements in quality, it is essential to establish a system that
will continuously promote quality in all aspects of its operation.
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