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Risk Management – Part 1: Overview

Authors: Alberto Yáñez-Moreno, Ph.D. and Russ Aikman

Posted: June 2017

Successful LSS practitioners must know not only specific tools and methods for solving problems (e.g., control charts, ANOVA, setup reduction, etc.) but also project management. And from a project management standpoint there are three major overarching goals:

  • Quality: Was the solution effective?
  • Time: Was it completed on time?
  • Cost: Was it completed on budget?

Or stated differently: Was the project good, fast, and cheap?

Effective GBs/BBs set aside time to identify project risks in each of these three areas. They also take action to be proactive in mitigating risk. The alternative is to be reactive in terms of risk.

Those LSS practitioners who ignore project risks are stuck in this reactive mode. They tend to wait until a problem has occurred before responding. This reactive approach can result in project failure in terms of time, cost, and/or quality. This approach is like fire-fighting and is an unending battle that can’t be won.

We will cover a simple, easy-to-use risk management tool. In Part 2 we will also provide examples of the most common risks associated with Project Delays and share countermeasures to address those risks. In Part 3 we will discuss risks which can impact Cost and Quality.

Before discussing tools here is a question: In what DMAIC phase is it appropriate to use Risk Management? The short answer: All of them. The longer answer: While project risks exist in all phases of DMAIC the greatest opportunity for Risk Management is in the Define and Improve Phases. This is because the majority of potential causes of project failure can be traced to decisions made in those two phases.

What LSS tools can be used to identify and manage project risks? Two basic tools can be very effective:

  • Risk Prioritization Grid (Risk Management Matrix)
  • Failure Modes & Effects Analysis (FMEA)

Both tools can be effective, and can be used in a complementary manner. Conversely some practitioners prefer to use just one of these tools. Either approach is acceptable. The important thing is that time be set aside for the activity of Risk Management. Our focus in this blog will be on the Risk Prioritization Grid.

For both tools the following questions are asked:

  • Identify Project Risks: What could go wrong? That is, in terms of the project achieving its goals, on time, and on budget.
  • Assess Risk Likelihood: How likely is the risk to occur?
  • Assess Risk Impact: What is the effect on project success if the risk occurs?
  • Determine Risk Response: What will be done to mitigate the risk?

Here is an example of a Risk Prioritization Grid:

The information on the grid incorporates steps 1, 2, and 3 as shown above. It is important to note that not all risks warrant a response. Only the risks deemed to be most likely to cause major project problems should be addressed. On the grid shown above we would recommend the following:

  • Green – Response should be minimal, or possibly ignore
  • Gray – Response should be planned, but basic
  • Red – Response should be highly planned, and more sophisticated

The challenge for new LSS practitioners is to identify potential project risks. If you have never led a LSS project team before how would you know? We recommend involving an MBB or experienced BB in this activity. Someone with experience can help identify these risks. You can also read Part 2 of this blog on Causes of Project Delays for insight on the most common issues associated with this problem.

 

Click here to read Part 2 of this blog.


More about Alberto Yáñez-Moreno, Ph.D.:

Alberto is a Lean Six Sigma Master Black Belt with over 39 years of experience of working in a wide variety of industries from aerospace to healthcare to government, and with small firms up to Fortune 500 companies. Although he has taught dozens of LSS classes he is especially skilled at coaching Green Belts, Black Belts, and managers. Before joining TMAC he worked at George Group, the first firm to integrate Lean and Six Sigma. Alberto has a PhD in Mechanical Engineering.

More about Russ Aikman:

Russ is the LSS Program Manager at TMAC, and started the program in 2003. He is a Lean Six Sigma Master Black Belt with over 30 years of experience working in a wide variety of industries, and with small firms up to Fortune 500 companies. He has taught dozens of LSS classes from Yellow Belt up to Master Black Belt. He has also coached hundreds of LSS practitioners on their projects and advised managers on their LSS program. Before joining TMAC he worked at George Group, the first firm to integrate Lean and Six Sigma.

 

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