x Sigma training, estimated that it has benefited the company a staggering $10 billion in the five years after implementation. And the Six Sigma Academy estimates that the approximate saving Black Belts give companies is $230,000 per project, of which between four and six can be completed per year. Organisations such as Motorola, who initiated Six Sigma training in 1987 and won the Malcolm Baldrige quality prize for it, ABB, Honeywell and Allied Signal will be happy to attest to this.

Perhaps one of the most critical reasons why Six Sigma has had such tremendous success lies in one of its most distinctive diffe

Although Six Sigma sounds like a distant star in a galaxy far, far away, the term is very easy to explain, once you know sigma is the character in the Greek alphabet that is used in mathematical statistics to identify a standard deviation. A standard deviation is defined by how tightly the various outputs of a process are clustered around the mean in a set of data. In other words, how divergent the outputs are from the statistical average. In statistical terms, Six Sigma means that if there were 1 million opportunities for a defect (defined as anything outside of customer specifications) to occur, no more than 3.4 defects would be permitted, so that the quality of the output is near perfect. As such Six Sigma is seen as the ultimate goal in achieving almost immaculate processes through continual improvement.

Six Sigma achieves this by implementing a disciplined, data driven methodology for eliminating defects in any process, from the manufacture of a product to after sale customer service. It focuses on process improvement and variation reduction through the application of Six Sigma improvement projects using the following two Six Sigma sub-methodologies:

The Six Sigma DMAIC process (define, measure, analyse, improve, control), the most common Six Sigma improvement tool, which focuses on ensuring the improvement is clearly defined and measured and is used for existing processes that have fallen below customer specifications and require incremental improvement. Data is analysed to identify problems and the improvement is consolidated through process controls.

The Six Sigma DMADV process (define, measure, analyse, design, verify), which is an improvement system used to develop new products or processes to Six Sigma quality levels. It can also be employed if the current process needs more than just incremental improvement.

Both Six Sigma processes, which can be easily calculated using a Six Sigma calculator, are executed by Six Sigma Green Belts and Six Sigma Black Belts, and are overseen by Six Sigma Master Black Belts. Each Member of the Six Sigma team is given key responsibilities for analysing information that will have an impact on improving processes and customer satisfaction.

The question you’ll be asking now is how much benefit Six Sigma training can give your company. Well, in classic Six Sigma style, just have a look at the data. General Electric, one of the most successful companies to implement Six Sigma training, estimated that it has benefited the company a staggering $10 billion in the five years after implementation. And the Six Sigma Academy estimates that the approximate saving Black Belts give companies is $230,000 per project, of which between four and six can be completed per year. Organisations such as Motorola, who initiated Six Sigma training in 1987 and won the Malcolm Baldrige quality prize for it, ABB, Honeywell and Allied Signal will be happy to attest to this.

Perhaps one of the most critical reasons why Six Sigma has had such tremendous success lies in one of its most distinctive differ

fects would be permitted, so that the quality of the output is near perfect. As such Six Sigma is seen as the ultimate goal in achieving almost immaculate processes through continual improvement.

Six Sigma achieves this by implementing a disciplined, data driven methodology for eliminating defects in any process, from the manufacture of a product to after sale customer service. It focuses on process improvement and variation reduction through the application of Six Sigma improvement projects using the following two Six Sigma sub-methodologies:

The Six Sigma DMAIC process (define, measure, analyse, improve, control), the most common Six Sigma improvement tool, which focuses on ensuring the improvement is clearly defined and measured and is used for existing processes that have fallen below customer specifications and require incremental improvement. Data is analysed to identify problems and the improvement is consolidated through process controls.

The Six Sigma DMADV process (define, measure, analyse, design, verify), which is an improvement system used to develop new products or processes to Six Sigma quality levels. It can also be employed if the current process needs more than just incremental improvement.

Both Six Sigma processes, which can be easily calculated using a Six Sigma calculator, are executed by Six Sigma Green Belts and Six Sigma Black Belts, and are overseen by Six Sigma Master Black Belts. Each Member of the Six Sigma team is given key responsibilities for analysing information that will have an impact on improving processes and customer satisfaction.

The question you’ll be asking now is how much benefit Six Sigma training can give your company. Well, in classic Six Sigma style, just have a look at the data. General Electric, one of the most successful companies to implement Six Sigma training, estimated that it has benefited the company a staggering $10 billion in the five years after implementation. And the Six Sigma Academy estimates that the approximate saving Black Belts give companies is $230,000 per project, of which between four and six can be completed per year. Organisations such as Motorola, who initiated Six Sigma training in 1987 and won the Malcolm Baldrige quality prize for it, ABB, Honeywell and Allied Signal will be happy to attest to this.

Perhaps one of the most critical reasons why Six Sigma has had such tremendous success lies in one of its most distinctive diffe

ove, control), the most common Six Sigma improvement tool, which focuses on ensuring the improvement is clearly defined and measured and is used for existing processes that have fallen below customer specifications and require incremental improvement. Data is analysed to identify problems and the improvement is consolidated through process controls.

The Six Sigma DMADV process (define, measure, analyse, design, verify), which is an improvement system used to develop new products or processes to Six Sigma quality levels. It can also be employed if the current process needs more than just incremental improvement.

Both Six Sigma processes, which can be easily calculated using a Six Sigma calculator, are executed by Six Sigma Green Belts and Six Sigma Black Belts, and are overseen by Six Sigma Master Black Belts. Each Member of the Six Sigma team is given key responsibilities for analysing information that will have an impact on improving processes and customer satisfaction.

The question you’ll be asking now is how much benefit Six Sigma training can give your company. Well, in classic Six Sigma style, just have a look at the data. General Electric, one of the most successful companies to implement Six Sigma training, estimated that it has benefited the company a staggering $10 billion in the five years after implementation. And the Six Sigma Academy estimates that the approximate saving Black Belts give companies is $230,000 per project, of which between four and six can be completed per year. Organisations such as Motorola, who initiated Six Sigma training in 1987 and won the Malcolm Baldrige quality prize for it, ABB, Honeywell and Allied Signal will be happy to attest to this.

Perhaps one of the most critical reasons why Six Sigma has had such tremendous success lies in one of its most distinctive diffe

provement.

Both Six Sigma processes, which can be easily calculated using a Six Sigma calculator, are executed by Six Sigma Green Belts and Six Sigma Black Belts, and are overseen by Six Sigma Master Black Belts. Each Member of the Six Sigma team is given key responsibilities for analysing information that will have an impact on improving processes and customer satisfaction.

The question you’ll be asking now is how much benefit Six Sigma training can give your company. Well, in classic Six Sigma style, just have a look at the data. General Electric, one of the most successful companies to implement Six Sigma training, estimated that it has benefited the company a staggering $10 billion in the five years after implementation. And the Six Sigma Academy estimates that the approximate saving Black Belts give companies is $230,000 per project, of which between four and six can be completed per year. Organisations such as Motorola, who initiated Six Sigma training in 1987 and won the Malcolm Baldrige quality prize for it, ABB, Honeywell and Allied Signal will be happy to attest to this.

Perhaps one of the most critical reasons why Six Sigma has had such tremendous success lies in one of its most distinctive diffe

x Sigma training, estimated that it has benefited the company a staggering $10 billion in the five years after implementation. And the Six Sigma Academy estimates that the approximate saving Black Belts give companies is $230,000 per project, of which between four and six can be completed per year. Organisations such as Motorola, who initiated Six Sigma training in 1987 and won the Malcolm Baldrige quality prize for it, ABB, Honeywell and Allied Signal will be happy to attest to this.

Perhaps one of the most critical reasons why Six Sigma has had such tremendous success lies in one of its most distinctive differences from other quality management systems: the extent to which it is inextricably linked to business finances. No matter the project at hand, the financial benefits are quantified and used to help prioritise the various stages of improvement. These are then re-evaluated during the analysis phase to ensure that the cost of the improvements will be supported by its overall benefit to the company. And the financial benefits are verified once again at the end of the project. Such a rigorous procedure also has the benefit of including all sections of the company in the Six Sigma training, because all are naturally linked to the company’s finances.

Which Six Sigma Training Company is right for your you?

Now that you know what Six Sigma training involves and the reasons why your company should consider employing it, the final question is how to find the right consultant for your company. Well, the first thing is to define what you want to achieve by implementing Six Sigma, and whether you want it implemented right across the company or only in selected areas. This decision should not be made by you alone, but in conference with other company employees, because implementation should be given the highest priority and support if it is to go ahead.

Once you have established the benefits of implementing Six Sigma and got approval for it from your colleagues, you should seek references from your peers in other companies about how their Six Sigma training was handled. Six Sigma is very much a people business, so it is also important to speak to some of the Black Belts or managers of any shortlisted Six Sigma companies to see if you click with them and they have the required level of experience. The level of experience they have of working in your field isn’t necessarily that relevant compared to the level of mutual understanding and their aptitude as trainers, because good training means your colleagues will have skills that are transferable to other industries. Also, consider the breadth of service being offered. Will the people who start out training you still be there at the end? Do they have their own training materials? Will there be a help desk for employees to call after the training has been completed to ask about any Six Sigma problems that may arise in the future?

Finally, once you have made sure you know the number of defects the process is currently producing and establish the number you will be satisfied with at