Investing in software to support your Six Sigma initiatives is an effective way to ensure that you get the most out of the methodology. In addition, setting up a structure for improvement makes it simpler for people throughout the organization to participate in and effectively oversee continuous process improvement efforts.

Organizations that leverage Six Sigma software collect more opportunities for improvement, implement more solutions, and see a higher ROI for Six Sigma. Several solutions on the market were either developed as Six Sigma management tools or repurposed as such, so we thought it might be helpful to identify some of the most critical capabilities that you should look for when evaluating this type of technology.

While there are several Six Sigma software solutions on the market, they are not all the same. The best platforms for this type of improvement include:

Lean Six Sigma is a business optimization methodology that combines two popular continuous improvement methods, Lean and Six Sigma. These well-proven approaches give organizations a structured path to reaching their strategic goals quickly and profitably.  

While the driving force behind Lean Six Sigma is daily incremental improvement, implemented by employees at every level of the organization, it often involves discrete projects targeted at specific problems or goals. Therefore, defining the scope of each project is critical for both project success and ongoing measurement of the results.  

Six Sigma and Lean manufacturing are business methodologies focused on improving the quality of goods or services an organization produces by reducing variance in the production process. Leaders know that when a production process lacks the stability to create high-quality output consistently, it will continue producing defective products until someone intervenes and improves the process. Reducing variation requires constant monitoring and measurement as systems tend to erode if not kept in check.

Over the years, Six Sigma and Lean practitioners have developed a set of workplace organization techniques and tools that address control, problem-solving, and improvement to eliminate defects and waste. Here are a few of the most essential.

The world’s most successful organizations are relentless in their quest for flawless processes and perfect execution. The ability to reliably produce quality outcomes with minimal waste is elusive but achievable with the right leadership and attention. That’s why many organizations turn to proven process improvement methodologies and techniques.

The DMAIC cycle is often called Six Sigma’s roadmap to improvement. It is one of the core tools of the methodology, but organizations also use it as a standalone improvement technique. We have clients in almost every industry, from healthcare to construction, who have achieved quantifiable impact against core business metrics by using the DMAIC approach. 

Here are some of the questions we get asked about the DMAIC cycle most often.

DMAIC (Deh-May-Ick) tools are some of the most critical options in the continuous improvement toolbox. They are most closely associated with the Six Sigma methodology. Still, the DMAIC approach to problem-solving is also used by those who practice Lean manufacturing or don’t use a formal management structure. DMAIC is so widely used because the problem-solving framework takes teams from discovering root causes to long-term, stable standard work. It is a repeatable process that employees can learn to apply to any number of process problems.  

What Are DMAIC Tools?

DMAIC stands for Define, Measure, Analyze, Improve, and Control.  Motorola is credited with bringing it to prominence, although it was essentially an evolution of the Toyota production system.

A deeper dive reveals why it works so well.

DMAIC (Define, Measure, Analyze, Improve, Control) is a data-driven, structured, customer-centric problem-solving methodology. Each phase builds on the last to arrive at practical solutions for challenging problems. Define tells you what to measure. Measure tells you what to analyze. Analyze tells you what to improve. And Improve tells you what to control.

Each phase has particular objectives and is supported by a specific set of activities. Let's take a closer look at them.

Donald J. Wheeler, PhD is a world-renowned expert in continuous improvement. He's worked with W. Edwards Deming and wrote the classic book Understanding Variation. 

Wheeler once wrote and said, "Statistical Process Control is, at its heart, about getting the most from your processes. It is about the continual improvement of processes and outcomes. And it is, first and foremost, a way of thinking... with some tools attached." 

I’d like to thank him for providing the perfect quote for a blog about process control charts because measurement, control, and improvement are exactly what they are designed to enable.

As you might guess from the name, a Lean Six Sigma methodology combines Lean manufacturing principles and those of Six Sigma. This approach to production management is popular in the automotive manufacturing industry. Although there are a few areas of caution, the methodology has helped Ford, Caterpillar, General Motors, Goodyear, and many more achieve their quality and value goals.

Oil & Gas companies need to be ever more flexible and agile to succeed as the industry continues to face price volatility, technical innovation, and an uncertain regulatory environment. Given these unstable conditions, it’s not surprising that some Oil & Gas companies are reluctant to adopt a standardized continuous improvement method. However, when applied thoughtfully, with an eye on the long-term, the principles of continuous improvement are relevant and can drive results even in the most dynamic environments. That’s why the Lean Six Sigma model is gaining traction in oil & gas.