APPLYING DMAIC TO PROCESS IMPROVEMENT’S.

2015
KAUSTAVLAHIRI
AEGIS BPO
4/9/2015
APPLYING DMAIC TO PROCESS IMPROVEMENT’S.

APPLYING DMAIC STEPS TO IMPROVE PROCESS IMPROVEMENT TOPOLOGIES.
Project managers, in just about any industry, are faced with the challenge of improving the efficiency and
productivity of their businesses. To do this, they need to understand the best methodology and tools to
study and analyze processes correctly. After all, to improve results, the best approach is to improve the
process that gives you those results.
So, it is imperative for project managers to have a rudimentary understanding of process thinking when
managing improvement efforts. As shown in the graph above, a process can be broken down into three
basic elements: the inputs to the process, the process under study and the outputs from the
process. The concept of improvement is quite simple; to improve the outputs of a process you simply
improve the inputs and the process itself. To improve the output, also called the “Y” or the “Key
Measure”, identify, measure and improve the inputs and process metrics, also known as the “X’s”.
Focusing on the results, the output Y measures instead of the X’s is an after-the-fact, reactive, expensive
and inefficient approach to improving results. The concept that Y is a function of X (Y=f(X1, X2, …Xn) is
at the core of the: Define, Measure, Analyze, Improve and Control; also known as DMAIC, steps.

The roadmap for improving processes and key measures of a business is a straightforward, easy to
understand set of those five steps. DMAIC is an iterative process that gives structure and guidance to
improving processes and productivity in the workplace. Project managers and Six Sigma practitioners
apply the DMAIC steps and appropriate analysis tools under each step, to analyze and improve key
metrics of a business. Metrics are established, variation is studied and reduced and processes are
improved and optimized. The result is improved performance, fewer errors and increased efficiency and
productivity.
The DMAIC steps are the true backbone of any process improvement initiative. The steps make sense,
they are easy to understand and they are logical in their sequence. The steps allow a team to
adequately scope the problem, measure the current performance, analyze the root causes of problems
and inefficiency, test and verify improvement recommendations and then implement changes for
sustainability over the long haul. Process improvement projects are the norm these days. Improving
key measures is something every project manager is going to be faced with sooner or later; therefore, a
project manager should be skilled in the art of applying the DMAIC steps to improve results.
Understand the Process and then Measure the Process!
The DMAIC steps work because they are understandable and make sense. These steps can be applied to
any process, any industry, any company to help guide a process improvement team. Before they can be
applied, however, the project leader should lead his or her team to scope the problem, perhaps using a
Supplier, Input, Process, Output, and Customer or SIPOC diagram as shown below. Using the SIPOC tool

can help project managers scope the problem, think in terms of processes, and help the team pinpoint
what and where to measure. The SIPOC tool helps link metrics to the inputs, the process, and the
outputs thus allowing for the Y=f(X) thinking.

The SIPOC tool is something that can be done in the Define step of the DMAIC steps.
DEFINE
Essentially the purpose of the Define step is to set your project up for success. Project managers are
familiar with the things that need to be done when starting off a project. Essential project elements are
accomplished in this step:
 Attain sponsorship for the project.
 Establish the project charter and appropriate scope.
 Identify stakeholders and team members.
 Establish team ground rules.
 Plan and conduct a successful kickoff meeting.

In addition to the normal project deliverables listed above, for a process improvement effort, the project
manager would facilitate his or her team in developing an “As-Is” process map. This will help the team
not only get on the same page in terms of the process, but also will help the team identify problematic
steps in the process. Process maps, or Deployment maps (a.k.a. Swim-lanes), can also be useful in
identifying non-value added steps and can be vital in determining process measures.
Lastly, the team may require some basic training on the application of the DMAIC steps so that everyone
knows what to do and when to do it.

MEASURE
The Measure step is often a step which, unfortunately, is skimmed over by most teams. One of the
biggest mistakes made when trying to improve results is to make decisions based on “gut” feeling,
intuition or anecdotal information. Instead, what is imperative is to base decisions on facts and data and
that is the main goal of the measure step. In the Measure step, the team should:
 Identify and operationally define key metrics.
 Develop a data collection plan.
 Conduct a measurement system analysis to verify that the data is accurate.

 Stratify the data.
 Establish baseline charts.
 Make charts and graphs to help the team better understand what the process is currently delivering in
terms of processing times, errors or defects.
ANALYZE

The Analyze step is all about getting to the root-cause of the problem. Too often when trying to solve a
problem, people or teams tend to focus on a symptom as opposed to the true root cause of the
problem. The tools and techniques in the Analyze step lead project teams to gather clues for
improvement and ascertain what the root cause, or causes, are that are the most important drivers. The
Y is a function of X formula is at play in the Analyze step. A team will analyze the process, perhaps
using value-added analysis, statistical analysis, or maybe a fishbone chart, a cause and effect diagram, to
get to what they think are the root causes. Then the team would gather data on the root causes to
determine if there is a cause and effect relationship with the problem. Verifying cause and effect is a
crucial step in the Analyze phase; a step which many people, unfortunately, skip or simply take for
granted based on their opinions.
IMPROVE
Once a team moves through the Define, Measure and Analyze steps, they are now ready to use what
they’ve learned about the process to be innovative when solving the problem at hand. Improve is the
step where creative solutions to existing problems can be developed and tested, using various
experiment or piloting techniques. The key deliverable in the improve step is verifiable improvement
through measurement. The best ideas for improvement, based on what was learned in Measure and
Analyze, are tested and implemented on a limited basis to determine if there is statistical evidence of
sustained improvement. Once a team improves a process, the results should become quite clear on a
control chart; like the example shown above. When stakeholders can see the proof of improved
performance, they will be more likely to accept and actually implement the team’s
recommendations. Improve is about taking the emotion out of decision making. Improve is about
verification and validation of recommendations. Often times, teams make the mistake of thinking they

“know” what will work. Thus, they blindly implement what they think is the best solution without proper
testing. The result, more times than not, is that there is no measurable or sustainable improvement.

CONTROL
The real strength of the DMAIC steps is the Control step. Too often, teams do a lot of hard work,
actually improve the process and results, and then implementation of the improved process doesn’t go
smoothly. There is pressure to move on; time isn’t spent on having a smooth transition and the buy-in
for full implementation just isn’t quite there. The result is that sustaining the improvement realized in the
Improve step becomes difficult and sustained improvement is difficult. The purpose of the Control step
is to ensure a
successful implementation of the team’s recommendation so that long term
success will be attained. The new and improved process will be flowcharted and these new methods will
become the new standard operation procedures. Results will continue to be tracked, so that any “drift”

back to previous results can be monitored and addressed in a proactive manner.The Control step is about
the transfer of responsibilities and establishing plans for lon-term process control.
MAKING BETTER DECISIONS
Once the DMAIC steps are understood, then managing the process of how to improve results becomes
clear and straightforward. If used properly, the following decision tree can lead to better decision
making by helping business leaders ask the right questions to avoiding making knee-jerk reactions.
Instead, it encourages an understanding of variation and reinforces the use of the DMAIC steps to
address as the roadmap to continuous improvement.

In Conclusion
The DMAIC steps are a proven road map for any process improvement project. There are only five steps
so they are relatively easy to remember. They offer a structured approach to solving problems and
improving results. There are certain questions to be addressed under each step and certain tools and
techniques can be utilized to answer those questions through facts and data.

When the DMAIC steps are properly applied, they offer any project team an organized approach, a
structure, to solving key business problems. The DMAIC steps are flexible and can be used in any
industry or with any type of process improvement effort. They just make sense, which is why they are so
powerful. Every team leader should be familiar with, and incorporate, the DMAIC steps into all process
improvement projects.

APPLYING DMAIC TO PROCESS IMPROVEMENT’S.

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APPLYING DMAIC TO PROCESS IMPROVEMENT’S.