How can Systems Thinking Help Solve Problems the First Time?

  • February 1, 2022

    Introduction

    We’ve all heard the adage “history repeats itself,” and often in business, we feel like we’re living in a Ground Hog Day where the same problems keep cropping up. This article is for managers and leaders who wonder, “can’t we fix this once and be done with it” as well as continuous process improvement (CPI) practitioners. In this post, I’ll cover how structured systems thinking can help us understand the systems surrounding a process and how those systems can influence the process causing problems to repeat.

    What is Systems Thinking, and how can it help in Problem Solving?

    Structured Systems Thinking is a practical method of visualizing and understanding systems structure. It breaks down complex connections into simple visual patterns that explain current events and how things unfold over time.

     

    Structured Systems Thinking helps improve decision making, avoid future problems, and increase performance. Still, it doesn’t rely on technology or deep analysis. This simplicity makes it ideal for CPI, Lean Six Sigma, or other process improvement efforts as an additional capability. It can be used quickly during kaizen or rapid improvement events or as part of a more structured and longer-term project.

     

    Want to see this in action? Click here and watch the video at the top of the post!  

    How to Solve Problems the First Time with Systems Thinking

    Fixes that Fail

    Often in problem-solving, we try a solution we think will help. And things look better at first. But then, over time, the problem gets worse. The Fixes that Fail system pattern explains this effect with a fast feedback loop and a slow feedback loop operating together. The solution activates the fast-gear lop, and things seem to improve. But all along in the slower feedback loop, the problem becomes worse because of the solution we used. And it takes time to realize this impact on the fast gear. Here’s a simplified view from the system pattern card showing just the pattern’s structure and behavior over time.

    System pattern consisting of a green loop that fixes project delays by increasing project management practices. Linked to a red loop that shows how increasing project management practices increases complexity and results in project delays over time.

    System Pattern of Fixes that Fail.

    To see a short video on Fixes that Fail, check out this Accel-5 video, “How to avoid Band-Aid® Solutions.” (Subscription to Accel-5 is required.)

    Embedded Video Link to Accel-5 overview of Timothy explaining how to avoid putting in a fix to a problem that just solve problems the first time by avoiding implementing fixes that fail. (Subscription to Accel-5 required.)

    How to Avoid Band-Aid® Solutions | Video | Accel5. (Subscription Required)

     

    Shifting the Burden

    Another reason problems repeat is that we put a bandage on the symptom while overlooking the root cause. Without addressing the root cause – the problem keeps appearing. Shifting the Burden is the name of this system pattern, and it involves three feedback loops operating together. A root cause generates a symptomatic effect, and in treating the symptomatic impact, we make the root cause worse. Here’s a simplified view from the system pattern card showing just the pattern’s structure and behavior over time.

    System pattern consisting of three loops: the red loop tries to solve project difficulty by hiring project managers. This shifts the burden of complexity to them, reducing motivation to fix the underlying problem.a green loop that fixes project delays by increasing project management practices. Linked to a red loop that shows how increasing project management practices increases complexity and results in project delays over time.

    System Pattern: Shifting the Burden.

    To see a short video on Fixes that Fail, check out this Accel-5 video, “How to Prevent Reoccurign Problems.” (Subscription to Accel-5 is required.)

     

    Embedded Video Link to Accel-5 overview of Timothy explaining how to solve problems the first time with systems thinking. (Subscription to Accel-5 required.)

    How to Prevent Reoccurring Problems | Video | Accel5 (Subscription Required)

     

    See the Problems Repeating?

    Notice that there’s a wavy line in both system patterns that goes up and down over time. We’ve circled the peaks in the image below – this is the reoccurring problem. Whether the slow gear catches up to the fast gear in a Fixes that Fail or the root-cause problem bypasses the symptom cover-up in Shifting the Burden. At each peak, we’re likely to experience or feel the problem occuring, take new steps, and the pain goes away for a while. But until we realize we’re in a system of Fixes that Fail or Shifting the Burden pattern (or both!), the problem continues. We created the system, and if we keep doing the same thing, we’ll get the same result.

    Two behavior charts. Left fixes that fail behavior. Right shifting the burden behavior. Red circles indicate the repeating realization of a problem generated by underlying system effects.

    Behavior Patterns of Fixes that Fail and Shifting the Burden.

    How do we avoid this?

    Systems thinking gives us some key insights to solve repeating problems based on our understanding of the system patterns. Simplified from the system pattern card are these tips:

     

    1. Use two-tier problem solving:
      1. Mitigate the impact of the symptoms.
      2. Investing in solving the root cause.
    2. Use symptomatic solutions sparingly.
    3. List previous solutions and why they didn’t work.
    4. Distinguish between a problem being controlled and solved.

     

    Still, want more? We’ve also done a 45minute deep-dive webinar with Accel-5 on this topic, free on Vimeo!

     

    Closing

    Understanding how Fixes that Fail and Shifting the Burden contribute to repeating problems are just two examples of system patterns in action. Many system patterns and paradigms help identify root cause system-level issues when it comes to problem-solving. They guide you on what to do and avoid fixing the problem. Systems thinking is easy to learn, simple to use, but rigorous in its scientific foundation and breadth of the body of knowledge.

     

    Want to learn more? Check out our Ultimate Guide to Structured Systems Thinking. We cover the history of the method, some important terms to know, how to use it, different skill levels, and more!

     

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