Monday, 17 April 2023
Benefits of Six Sigma
Friday, 27 August 2021
Remember these 10 tips for Lean Six Sigma
You may contest that some of the numbers of these content are straightforward, certain, and judgmental. The not so good news is that in the real world as we know where we're frequently expected to convey various continuous improvement tasks and proficiency gains, these important hints are effortlessly overlooked.
Read More: Six Sigma Certification
In organizations where measure improvement work is just given an empty talk and thought about an idea to have, any defects are regularly exacerbated. Subsequently, the edgy battle to keep constant enhancement for the corporate plan once in a while overshadows and systematic ways forward for those straightforwardly connected with CI programs.
Here are top tips that could be valuable for your next Green or Black Belt tasks, Lean exercises, or critical thinking tasks.
1. We all have customers and we all are customers
Always remember that you have customers, but, that you are additionally a customer. On the off chance that you need to control any task, it's critical to be forthright about what you need from your support, partners, project owners, related offices, or different providers. This incorporates timescales for when you need their assistance. Continuously convey these requirements obviously and clarify the effect on your task and the organization should any of your providers fall flat. That way the individuals who are basic to your prosperity can't embrace no effect so no issue if I don't convey' attitude.
2. Keep your eyes open to progress opportunities
You won't generally deal with technique evolving projects, however, there's normally the chance to make little improvements all over. By consistently making little improvements, you'll witness a fundamentally more skilled cycle long haul. The total of the parts truly can be more outstanding than the entirety.
Given advances in innovation, best practice, and changing customer needs, there will consistently be a superior way. So ensure you are continually paying special mind to these chances and urge others to do likewise.
3. Everybody is busy effort exertion requires an explanation
On the off chance that you need someone to go the additional mile, you'll have to give them a valid justification. That indicates you must be completely clear about what you need and when you need it – and agree on these with why you need it and the immediate effect it'll have on partners.
On the off chance that your colleagues don't comprehend the benefits of the objective you're chasing, they won't go along with you on the excursion and positively won't help share the load.
4. Change requires you to catch both hearts and minds
In a universe of contesting projects and progressively limited resources, even great ideas should be sold and sold once more. Continuously keep your stakeholders and what is most important to them as a top priority, and consistently plot why your idea is attracting – especially to them.
5. An complex examination requires a simple conclusion
Your analysis is your journey and your decisions on the objective. In any case, for business stakeholders, no matter how interesting your journey, it's the objective they have to know. The less complex your decisions, the more active you'll get their approval. Spread out our decisions first and go through your examination to back you. Continuously keep it straightforward and ensure your correspondence needs are in a specific order.6. Utilize an advocate to excel
When troubles arise even the intense need uphold. With ground-breaking advocates close by, executing authoritative change will be simpler. In a perfect world, your promoters ought to incorporate executives, senior management, project champions, and sponsors, as well as opinion formers at all levels.
If these potential supporters are not on your side, you have to discover why and see what should be possible to adjust their perspectives to yours. This will assist you with accomplishing your objectives faster and get the correct support from the beginning. Work on this as ahead of schedule as conceivable to stay away from future task slows down and limit dissatisfaction.
7. Perseverance should be admired, but only up to a point
If it requires a great deal of effort and time to demonstrate your point, ensure it's justified, despite all the problems – for you and your support. Perseverance is a praiseworthy quality and pivotal to progress, however, it's critical to realize when to release it and proceed onward. You may here and there need to put your energy in elective tasks to guarantee long haul achievement, so ensure you remain adaptable.
8. Communicate frequently and consistently look for input
The need to convey may appear to be obvious, however, it's essential to ensure it's a two-way measure. At times practically zero criticism demonstrates arrangement, yet it can likewise mean your message didn't break through to the correct level or has just been overlooked. Not handily acknowledged in organizations, change is frequently seen as just excessively troublesome or excused without thought.
9. Point of view is significant and yours is one of numerous
If you don't investigate your stakeholder's perspectives you'll never comprehend their intentions. What's more, if you don't comprehend their thought processes, you're probably not going to induce change. It is essential to consider setting, experience, governmental issues, requirements, targets, personal circumstances, mistaken assumptions, and the shade of everybody's points of view. Frequently genuine plans can remain covered up.
To become more acquainted with your stakeholders, investigate their viewpoints and in particular, show that you give it a second thought. You may not generally get every bit of relevant information or the entirety of their musings, yet you'll draw nearer if you inquire as to whether you don't.
10. Use improvement tools to include admiration
Likewise, with most things throughout everyday life, it is critical to utilize the correct tools in your tool kit for Lean Six Sigma projects and not simply use strategies for it. You'll figure out how to utilize tools ideally through experimentation, post-preparing experience, and by exhibiting your grip of procedures for Belt accreditation. When you've chosen the correct tools, you'll be shocked at the quality and speed of progress you would then be able to make. Essentially, use DMAIC (Six Sigma strategy) just where it's justified. If the arrangement's unmitigatedly self-evident, at that point 'simply go do it'.
Even though improvement projects and exercises should be strong, this doesn't infer the requirement for incredible intricacy or a profound investigation on all events. Less difficult is better – and consistently recall over-handling is classed as one of the seven savages wastes in Lean Six Sigma.
Source: novelvista.com
Wednesday, 18 August 2021
What to Focus on When Picking Six Sigma Software
Read More: Certified Manager of Quality/Organizational Excellence (CMQ/OE)
So, How to pick the right Six Sigma Software:
Capture Opportunities for Improvement
Accelerate Improvement Workflow
Measure Impact
Visual Management
Improvement Broadcasting
Friday, 20 March 2020
Using SQDCM Boards the Right Way for Effective Gemba Walks
Development of a Typical SQDCM Board
Tool Use of SQDCM Boards
Floor-Specific Goals
Connection with Strategic Deployment
Strategic Deployment Is Critical
Gemba Walk
Friday, 21 February 2020
Breakthrough Change: What It Means and Why It Is Needed
To understand what breakthrough means and why it is an important part of any continuous improvement program, it helps to take a look at the history of the term in regards to Six Sigma and how the concept fits with another familiar Six Sigma idea: control.
Looking Back at Juran
In terms of the quality discipline, Joseph Juran was the first to publish a cognitive effort around the concept of breakthrough in his book Managerial Breakthrough: The Classic Book On Improving Management Performance (McGraw-Hill) published in 1964. He defined breakthrough as “dynamic change.” By means of contrast, he defined control as “lack of change; maintaining status quo.” In the context of Juran’s definition, breakthrough and control are mutually exclusive; it would be impossible to have one at the same time you were involved with the other.
The concept of control is best understood through control charts. Control charts are a tool that allow practitioners to collapse process variation around some measure of central tendency and separate natural variation from an assignable cause.
If reducing variation is control, how do you achieve breakthrough? Why would you want breakthrough since it seems to mean the opposite of control? Figure 1 is similar to the illustration that Juran published in Managerial Breakthrough and shows the benefit breakthrough can bring.
Why Make a Breakthrough
Selecting the Right Target: A Breakthrough Example
Incorporating Breakthrough
Monday, 2 September 2019
Improving Process Turnaround Time in an Outpatient Clinic
Medical educational residency clinics are challenged to provide accessible, ongoing, quality care while being sensitive to the special needs of the population group they serve. They also must maintain the goal to train new physicians in a fiscally viable manner. Nationally, residency teaching clinics have inefficiencies that cause long patient wait times. Patient wait time for medical care has a direct impact on patient satisfaction, medical compliance, return show rate and patient attitudes toward clinicians, staff and clinics in general.
The Family Ambulatory Health Center (FAHC), located on the main campus of Hurley Medical Center, a public, non-profit teaching medical center in Flint, Mich., consistently scored low in patient wait times on patient satisfaction surveys. Patient wait times to see an internal medicine resident physician in the Hurley FAHC exceeded the patient threshold, causing dissatisfaction, poor medical compliance and high no-show rates. Dissatisfied patients created a domino effect, leading to dissatisfied resident physicians and clinic staff. The resident physicians became frustrated by not being able to manage clinic patients with chronic diseases effectively due to high no-show rates for follow-up appointments. To combat this problem, a Black Belt at the Hurley FAHC began a Six Sigma project.
Define
In January 2010, the Hurley FAHC, in collaboration with North Shore-LIJ Health System, implemented a process improvement project to reduce patient turnaround time (TAT) and improve quality in the internal medicine residency clinic. The project was sponsored by the clinic manager, who monitored the patient satisfaction surveys. The Hurley project was employed to determine clinic inefficiencies and to improve the patient flow process. The premise of this project was that decreased patient wait-times in the internal medicine clinic would increase overall patient satisfaction. The Black Belt leading the project formed a team consisting of a registered nurse, a licensed practical nurse, clerical staff, a nurse practitioner, resident physicians and faculty/clinic physicians. It was important to ensure that the core team and extended members included individuals that have direct contact with the process.
During the Define stage, the team developed a high-level process map to help understand the larger process and to gain consensus for the overall scope of the project (Figure 1).
Measure
Analyze
| Process Step | Potential Failure | Failure Effects | Sev | Causes | Occ | Current Controls | Det | RPN |
| Patient into room | No room | Patient has to wait | 10 | Too many doctors, too many patients, attending Dr. not available, wait for procedure | 8 | Assign Dr.’s rooms | 1 | 80 |
| Interruptions | Delay getting patient to room | 8 | Prescriptions, phone, paper work, page doctors | 7 | Locked unit doors | 1 | 56 | |
| Resident reviews chart | Chart not complete; Resident not on time | Look up results; Can’t see patient | 10, 7 | Can’t find test results, missing consult letters; Rounding | 8, 7 | No; Schedule | 2, 3 | 160, 147 |
| Revisit | Paper work | More time | 10 | Scripts, forms, referrals, rechecking chart | 10 | No | 1 | 100 |
Further analysis was performed to discern the vital x’s using hypothesis testing to determine statistical significance. The null hypothesis – that there were no statistical differences in TAT between each process step – was rejected because the p-value 0.000 was less than 0.05, indicating that a statistical difference was found between the steps.
Improve
Control
| Description | Data Type | Measurement Method | Control/Monitor | Frequency | Alert Flags | Action | Responsibility | |
| Y | Patient check-in to check-out | Continuous | Manual measurement tool | Control chart | Weekly | Variation in std dev | Review with clinic director | Process owner: Melissa Bachman |
| X | Patient arrived to roomed | Continuous | Cerner | Control chart | Weekly | Variation in std dev | Review with staff | Process owner: Melissa Bachman |
| X | Patient arrived to roomed | Continuous | Cerner/Manual tool | Control chart | Weekly | Variation in std dev | Review with staff | Process owner: Melissa Bachman |
Notable Project Considerations
Monday, 29 April 2019
Integrating Lean and Six Sigma
Therefore, many firms are looking for an approach that allows to combines both methodologies into an integrated system or improvement roadmap. However, the differences between the Six Sigma and Lean are profound:
| Lean | Six Sigma | |
| Goal | Create flow and eliminate waste | Improve process capability and eliminate variation |
| Application | Primarily manufacturing processes | Improve process capability and eliminate variation |
| Approach | Teaching principles and “cookbook style” implementation based on best practice | All business processes |
| Project Selection | Driven by value stream map | Teaching a generic problem-solving approach relying on statistics |
| Length of Projects | 1 week to 3 months | Various approaches |
| Infrastructure | Mostly ad-hoc, no or little formal training | Dedicated resources, broad-based training |
| Training | Learning by doing | Learning by doing |
◈ Lean emphasizes broad principles coupled with practical recommendations to achieve improvements. For example, Lean suggests a technique to analyze and reduce changeover time that does not require sophisticated analysis and tools. However, Lean principles are oftentimes inadequate to solve some of the more complicated problems that require advanced analysis. Therefore, Six Sigma needs to be introduced during the first year of the deployment to ensure that the improvement roadmap includes a generic problem-solving approach.
◈ An integrated improvement program needs to be fueled by a vision of the future state and by a pipeline of specific projects that will help close the gap between current and future state. Lean introduced value stream mapping as the central tool to identify the gaps and to develop a list of projects that can be tackled using Lean or Six Sigma methodology.
◈ Whereas the Six Sigma process and tools can be applied to virtually every process and industry, the Lean approach is much more specific and the content needs to be adjusted to industry needs: For example, reducing set-up time in a plant that has lines dedicated to a single product is pointless. Therefore, the Lean curriculum needs to be adjusted to meet the needs of the specific business.
◈ Training is effective but only when combined with application. Lean principles are typically taught as separate workshops, with each workshop combining a short training session on the principle with direct application on the shop floor. Six Sigma training is broken down into the phases of the DMAIC (Define, Measure, Analyze, Improve, Control) process with time between each training session to apply the tools learned to the project. The extensive analysis required for Six Sigma projects suggests that a workshop structure as used for Lean training would not be effective.
◈ Teaching Lean principles first to increase momentum, introducing the Six Sigma process later on to tackle the more advanced problems.
◈ Adjusting the content of the training to the needs of the specific organization – while some manufacturing locations could benefit from implementing the Lean principles with respect to housekeeping, others will have these basics already in place and will be ready for advanced tools.
The following roadmap provides an example for how one could approach the integration of Lean and Six Sigma into a comprehensive roadmap.
Saturday, 27 April 2019
Introducing SixSigma3.0
Evolution of Six Sigma
Initially, Six Sigma originated at Motorola in 1986; I call this Six Sigma 1.0. Then, over the course of 15 years, the methodology quickly spread to the largest corporations, which continued to work on it, adding tools and approaches from the experience of the Toyota Production System and theory of constraints (TOC). With the proliferation of computers and dramatic increase in productivity, many Six Sigma tasks can be solved in more efficient ways today than in years past. There was a need to update Six Sigma.
Several disparate attempts were made to create a new version of Six Sigma. These were Lean Six Sigma, Green Belts v.2.0, Six Sigma 2.0. But in these versions, nothing fundamentally changed. Therefore, we propose SixSigma3.0 as the beginning of a new stage in the development of the methodology, in which there will be a single standard, fully upgraded toolset and an integrated mechanism for regular updates. To distinguish this new version of Six Sigma from all other variations, the name should be written as a single word without spaces.
What SixSigma3.0 Should Be
SixSigma3.0 should become a disciplined professional business process optimization methodology aimed at producing measurable effect. The name is important – written as one word to prevent clients from guessing what methodology they are using. All developments in the methodology should be registered in a centralized standard and distributed universally as upgrades by an authorized international organization – in the manner that computer software is upgraded. We hope that one of internationally recognized Six Sigma certifying bodies (ASQ, IASSC, ISSSP) will be interested in taking on this role.
SixSigma3.0 Methodology
The SixSigma3.0 methodology should include only the most effective concepts, technologies and tools that have a proven track record of efficient application, chosen from continuous improvement systems that exist in this field: Six Sigma, Lean, Kaizen and TOC. Handpicked tools should be organically incorporated into the SixSigma3.0 methodology. Most of the tools require refinement to reduce the learning curve and efficiency of practical use.
The main objectives of the new methodology are:
1. Building logic algorithms that help the practitioner achieve missions as well as develop mechanisms for continuous data flow and seamless exchange of results between tools – eliminating the need to re-enter data. This will help to automate the process improvement professional’s job in the future.
2. Replacement of continuous improvement terminology with the terminology of computer games.
3. Projects will be replaced with Missions or combat tasks. The practitioner’s obligation is to achieve the Mission under any conditions. DMAIC (Define, Measure, Analyze, Improve, Control) will be replaced by 10 Mission Operational Tasks (MOTs), some of which will be performed in parallel and some in sequence. This approach lifts many of the problems with implementation of traditional Lean Six Sigma such as blurred responsibilities, unjustified hopes for management assistance and doubts about what to do in each phase of DMAIC.
Toolset for SixSigma3.0
Divide existing tools of continuous improvement in two groups: Basic Kit and Advanced Toolset. The Basic Kit should include the most effective tools that the Effector must master professionally with a guarantee that this is his or her confirmed minimal competence level. When hiring, the employer should be guaranteed this competency level.
The development of the Basic Kit should be entrusted to an international organization. The Advanced Set will include effective tools specially modified for practical use after thorough analysis.
Effector – New Name for Old Profession
We propose to name the new occupation Effector – a professional in business process improvement methodologies capable of achieving optimization effect. Without a short recognizable name, the occupation lacks drive and energy.
No more Yellow, White, Red, Green or Black Belts; no sensei, operational excellence specialists, Lean leaders or Champions – no more confusion.
◈ Effector: a specialist in systems for improving business processes and operational efficiency.
◈ Effector-in-Chief: manager responsible for operational excellence in the organization.
The SixSigma3.0 Effector should play a significantly more important role than Green and Black Belts in traditional Six Sigma.
The weakness of the traditional approach is a shift in responsibility for the success of projects toward leadership support, corporate culture and other external circumstances. In fact, the entire responsibility for the success of the projects should lie with the SixSigma3.0 Effectors. An Effector should be able to perform the task in any conditions. Only in this way can the SixSigma3.0 methodology can take root in an organization and benefit it.
The selection and training of Effectors should be based on the following principles:
◈ Strict prior assessment
◈ Special motivation
◈ Total mastery of the methodology and Basic Kit
◈ Continuous study and use of tools from the Advanced Toolset
◈ View each project as a combat mission
◈ High discipline
Training and Certifying Effectors
The duration of basic training should be limited to three to four days (or 20 training hours), which is the requirement of most customers. Training should be more practical and applicable to real world situations. A book of knowledge should be constantly updated with practical experience.
It is necessary to simplify the certification procedure. After successful examination in an authorized organization, the trainee will receive a temporary certification for a period of one year. Certification must be confirmed after the successful implementation of an operational task. Certification will be confirmed by a committee of an organization consisting of three or more certified Effectors, who will assess the results of the operational task.
The Mission of SixSigma3.0
Unlike traditional Six Sigma, the optimization tasks in SixSigma3.0 are set by management as Missions.
The Mission is the most important element of the SixSigma3.0 methodology. A Mission is a task with any type of goal: problem solution, streamlining of business process, or improvement of high-level corporate key performance indicators (KPIs) or certain process KPIs.
Unlike a project manager, the Mission leader can use various approaches to achieve the task: project management planning, fast just-do-it projects, a Kaizen blitz or Agile tools (Scrum and sprint).
Solving business problems as missions could add additional energy to operational efficiency initiatives and increase the responsibility of Mission leaders for their accomplishment. The mental attitude of the leader and the team should be focused on unconditional success.
Mission goals and inputs are concisely and comprehensively described in a Mission Brief.
No More DMAIC
At the heart of Lean Six Sigma’s methodology is a five-step solution to business problems – DMAIC. The experience of applying DMAIC demonstrates that the methodology itself needs improvement. Its steps are not equivalent, and its sequence of actions and the use of tools leads to difficulties in the project.
We suggest that the improvement mission in SixSigma3.0 be guided by Mission Operational Tasks (MOTs), which are executed sequentially, but with the possibility of returns and parallel implementation. Each operational task is a key factor in the successful implementation of the mission.
10 Mission Operational Tasks (MOTs)
- Scanning: Scan the business landscape to identify areas of inefficiency and missed opportunities.
- Capture the goal: Determine the reason for an optimization Mission and identify target business process, main metrics (KPIs) and target values.
- Execution: Ensure support of the mission by the company’s leadership, secure necessary resources, organize efficient Mission implementation team and choose the appropriate project execution approach (project, just do it, Agile, Scrum, sprint, etc.)
- Process: Research the Mission’s target process, process baseline parameters, levels of KPIs, regulatory requirements and customer needs.
- Data: Analyze the Mission’s needs for data and install a data collection system.
- Analysis: Search for problems in the process that impede the implementation of the Mission’s goals, identify cause-and-effect relationships, factors of influence and root causes.
- Development: Develop solution packages for troubleshooting problems from the registry of root problems using modern business improvement and design technologies.
- Implementation: Test the developed solutions for mistakes and inefficiencies before full-scale implementation/deployment.
- Control: Develop a set of measures for monitoring and fixing implemented solutions.
- Report: Prepare and present Mission Report to top management touching upon economic effect, learned lessons and opportunities to apply solutions to other business areas.
Nine Reasons for Switching to SixSigma3.0
- Revive the brand in new conditions. Currently we see a decline in the interest in continuous improvement methodologies.
- Create a new occupation in the field of management and make it catch on (the occupation lacks short and recognizable names like lawyer, manager, auditor, etc.) We propose a new name – Effector.
- Improve efficiency compared to other continuous improvement methodologies that are made up of too much useless knowledge and a lack of professionalism.
- Ensure continuous development of the methodology and its relevance in a changing world.
- Maintain a single basic level of training specialists in operational improvement opposed to the existing system in which every organization has its own program and approaches to Belt training.
- Revive interest in improving business processes. There is an undeserved lack of interest in improving processes for psychological reasons among millennials and Generation Z.
- Initiate emergence of SixSigma3.0 professionals’ community. Today, operational excellence professionals are separated by their adherence to different methodologies.
- Develop and constantly upgrade a SixSigma3.0 standard based on application practices and research developments. The existing Six Sigma standards never change.
- Develop a professional software that provides automation of the methodology and direct exchanges of data and calculation results between instruments. Currently, Six Sigma education is based on manual calculations and standalone tools – we must create demand for advanced Six Sigma software.


























