The PDCA Cycle is a framework for problem solving, continuous improvement and change. It is widely recognized as the basis of continually improving the quality of processes, products, and services. It is an easy to remember four logical sequence steps: Plan, Do, Check and Act.
The document provides an overview of the Plan-Do-Check-Act (PDCA) cycle, also known as the Deming Wheel. It was developed by Walter Shewhart and popularized by W. Edwards Deming for continuous process improvement. The four steps are: 1) Plan a change, 2) Do by implementing it on a small scale, 3) Check if the results meet objectives, and 4) Act by either standardizing the change if successful or repeating the cycle with a new plan. Using the PDCA cycle and combining it with the FOCUS method of finding opportunities, organizing a team, clarifying processes, understanding causes, and starting the cycle can deliver improved results.
This document discusses continuous process improvement. It outlines the objectives of understanding concepts like the Juran Trilogy, improvement strategies, problem types, the PDSA cycle, problem solving methods, Kaizen, and reengineering. The Juran Trilogy involves quality planning, control, and improvement. There are four improvement strategies: repair, refinement, renovation, and reinvention. The PDSA cycle and problem solving methods provide frameworks for continuous improvement. Important philosophies discussed include Kaizen, which relies on employee involvement, and reengineering, which aims for fundamental redesign. Success requires committed management.
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This document provides information about getting fully solved assignments for the MBA semester 4 Quality Management subject. It includes the subject code, credit hours, and 6 questions related to quality concepts such as PDCA cycle, quality planning phases, critical path method, supplier certification, supplier rating, and the Toyota Production System framework. Students are instructed to send their semester and specialization details to the provided email or call the phone number to receive solved assignments.
This document provides an overview of Six Sigma and statistical process control techniques. It defines Six Sigma as a methodology for reducing defects in processes and improving quality. Key aspects of Six Sigma covered include its history and development at Motorola, the DMAIC and DMADV methodologies, levels of certification like Green Belt and Black Belt, and criticisms of the approach. Statistical process control charts and their use in measuring process variation and detecting sources of defects are also summarized.
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1) The document outlines a PDCA-based workshop for English language panel heads and assistant heads to discuss managing their programme using the PDCA cycle.
2) The PDCA cycle is introduced as a framework for continuous process improvement involving planning a change, doing it, checking the results, and acting on lessons learned.
3) Participants are instructed to apply the PDCA approach to revising their panel's development programme, listing elements under each phase of the cycle and getting feedback.
The document discusses the PDCA (Plan-Do-Check-Act) cycle, which is a popular problem-solving and continuous improvement methodology. It describes the four steps of the cycle as Plan, Do, Check, Act. Each step is then further broken down into sub-steps or phases. For example, the Plan step involves selecting an improvement opportunity, analyzing the current situation, identifying root causes, and generating and choosing solutions. The document provides examples and explanations of how to implement each phase of the PDCA cycle for process improvement. It also lists some useful tools that can be used with the PDCA cycle and highlights benefits such as encouraging problem-solving, testing solutions before implementation, and bringing organizations closer to their goals through
Three Key Methods to Unlock Continuous Improvement across Your PlantSafetyChain Software
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Three essential lean improvement techniques and common applications for these methodologies
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Quality Introduction Quiz - Series 1 By Maya.johnsqms
The document is a quiz on quality management systems with answers provided. It covers:
- The year the first edition of ISO/TS 16949 was released (1999).
- The main reasons for implementing ISO/TS 16949 certification are to improve customer satisfaction, qualify for the automotive industry, and engage employees.
- DMAIC stands for Define, Measure, Analyze, Improve, Control and is a process improvement strategy.
- PDCA (Plan, Do, Check, Act) is a model for continuous improvement popularized by William Edwards Deming.
- Process capability index measures how well a process operates within specification limits.
- Clause 4 of ISO/TS defines
Sysdoc’s Chart, Challenge, Change™ is a unique improvement methodology.
It enables the organisation to fix inefficient or broken processes and to deliver business improvement which is continuous and sustainable. It can be applied to fix individual problem areas, or as part of a larger program.
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This document provides an overview of Lean Six Sigma training concepts. It discusses:
1) The importance of continuous improvement and why it is a focus for the organization. Continuous improvement aims to make incremental process enhancements over time.
2) An example of defining a Lean Six Sigma project to reduce late invoice payments. The example outlines defining the problem, measuring key metrics, analyzing root causes through tools like fishbone diagrams, and improving the process.
3) Control mechanisms that were implemented as part of the daily process like action logs and control charts to standardize and monitor the improved process.
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Six Sigma and Lean Manufacturing are two concepts that aim to improve processes through a common objective of industrial excellence. Both use the DMAIC methodology of Define, Measure, Analyze, Improve, and Control and focus on reducing variability and waste to improve quality, reduce costs and lead times. While Six Sigma focuses more on methodology and tools to reduce variability, Lean Manufacturing concentrates on eliminating non-value-add activities. The two approaches are complementary and both are needed to fully achieve process excellence.
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The document provides an overview of Lean Six Sigma (LSS) as a combination of Lean and Six Sigma process improvement methodologies. It discusses the key principles and tools of Lean, Six Sigma, and LSS and provides an example of how Toyota successfully implemented LSS principles. The key takeaways are that LSS has a proven track record of measurable results, can be adapted to any organization or process, and provides a balanced approach to continuous process improvement through reducing waste and increasing quality.
Did you know? Over the years, enterprises have achieved 65% of higher project savings by adhering to Six Sigma methodology.
Leadership is a critical element in the success of both implementing and using Six Sigma Techniques and Tool to support process change and delivering value in conducting Six Sigma Projects. Having the role of Leadership defined and the necessary knowledge of the methods that will set the expectation of change within processes can inspire teams to stay focused and deliver timely results.
Areas covered in the webinar
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- The WHY as it relates to the Business Goals and Objectives
- The EXPECTATION or VISION for change to deliver value
- The INVOLVEMENT and participation of leadership
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- The RECOGNITION of all who contributed to delivering the value
- The MOMENTUM to build on success and continuous improvement
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This document provides an introduction to Lean Six Sigma for Black Belt candidates. It outlines the goals of the Black Belt training program which are to understand and apply Lean Six Sigma tools and methods to solve problems, improve performance and achieve goals. The DMAIC process of Define, Measure, Analyze, Improve and Control is described as the model that will be applied to projects during the training. The training typically occurs over 4-6 months using a learn and apply approach with coached projects solving real problems in the organization.
The document discusses Six Sigma, which is a data-driven methodology used to improve processes by eliminating defects. It aims for near perfection by achieving no more than 3.4 defects per million opportunities. The document outlines the history and key aspects of Six Sigma, including that it was developed by Motorola in the 1980s and has since been adopted by over 25% of Fortune 200 companies, helping generate billions of dollars in savings annually for companies like General Electric and Johnson & Johnson. The two main Six Sigma project methodologies - DMAIC and DMADV - are also summarized.
Similar to Applying the PDCA Cycle: A Blueprint for Continuous Improvement (20)
Continuous Improvement Infographics for LearningCIToolkit
The purpose of this section is to provide all the continuous improvement tools in an infographic format. These flashcards are easy to read and understand, and very useful if you are looking for brief, concise, and to-the-point summaries. They are quick refreshers for continuous improvement and can speed up the learning process.
Continuous Improvement Posters for LearningCIToolkit
The intention of this section is to provide all the continuous improvement tools in a poster format that is easy to print and share. These posters are great tools for training, sharing and posting, and can also be distributed as hand-outs during continuous improvement workshops.
Simplifying Complexity: How the Four-Field Matrix Reshapes ThinkingCIToolkit
A Four Field Matrix is an effective model for planning, organizing and making decisions. It is a two-dimensional chart that consists of four equal-sized quadrants, each will describe different aspects of information.
Unlocking Productivity and Personal Growth through the Importance-Urgency MatrixCIToolkit
Importance Urgency Matrix is an effective method of organizing priorities. It is a two-dimensional chart that is used to prioritize work activities as well as personal activities.
Measuring True Process Yield using Robust Yield MetricsCIToolkit
Process yield measures should be able to expose even the smallest inefficiencies within a process, empowering operations to understand their true process yield in order to set realistic targets for improvement. Many organizations employ two primary measures of process yield: First Time Yield (FTY) and Final Yield (FY).
Beyond the Five Whys: Exploring the Hierarchical Causes with the Why-Why DiagramCIToolkit
A why-why diagram is used to identify the root causes of a problem when there are multiple factors to consider. There may be multiple answers at each stage, and each of these answers need to go through a separate process of the why-whys analysis. It is an extension of the 5 Whys approach where they are similar in that they both ask the same Why question multiple times. #WhyWhyDiagram
How-How Diagram: A Practical Approach to Problem ResolutionCIToolkit
How- How Diagram is used when seeking a practical solution to a problem. It works by repeatedly asking: How can this be solved. Multiple answers can be given for a single question, and therefore the result can be represented in a hierarchical tree format.
From Goals to Actions: Uncovering the Key Components of Improvement RoadmapsCIToolkit
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Paired Comparison Analysis: A Practical Tool for Evaluating Options and Prior...CIToolkit
Paired Comparison Analysis is an activity for evaluating a small range of options by comparing them against each other. It is an easy and useful tool for rating and ranking alternatives for decision making where evaluation criteria are subjective.
From Red to Green: Enhancing Decision-Making with Traffic Light AssessmentCIToolkit
Traffic Light Assessment is a rating system for evaluating the performance of a process or variable in relation to a goal. It is a good way to communicate information and have the advantage of being universally recognized by everyone.
Mind Mapping: A Visual Approach to Organize Ideas and ThoughtsCIToolkit
Visually organizing ideas, thoughts and information around a single topic or problem. Mind mapping has many applications in personal, professional and educational situations.
Adapting to Change: Using PEST Analysis for Better Decision-MakingCIToolkit
A strategic and structured planning tool for evaluating the external environment of an organization. PEST stands for Political, Economic, Social, and Technological external factors.
The Role of Box Plots in Comparing Multiple Data SetsCIToolkit
A box plot is a graph that shows the frequency of numeric data values. It can be drawn either horizontally or vertically. It is referred to as a Box-and-Whisker Plot.
Exploring Variable Relationships with Scatter Diagram AnalysisCIToolkit
A Scatter Diagram is a way of showing whether two variables are correlated or related to each other. It shows patterns in the relationship that cannot be seen by just looking at the data. A scatter diagram uses a two-axis chart to represent data.
The Role of Histograms in Exploring Data InsightsCIToolkit
A graph which shows the frequency of continuous data values. Histograms are mainly used to explore data as well as to present the data in an easy and understandable manner. They are often used as the first step to determine the underlying probability distribution of a data set or a sample.
Leveraging Gap Analysis for Continuous ImprovementCIToolkit
Gap analysis compares two different states of something, the current state and the future state. It is mainly used to assess where a company or process is today, where it needs to be in the future, and what needed to be there. Gap analysis is also known as need analysis or need assessment.
Flowcharting: The Three Common Types of FlowchartsCIToolkit
A graphical tool that illustrates the flow of a business process and the relationships between its activities. It helps you and your team to understand the activities and decisions, and thus, perform the tasks correctly and in the right order.
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Value Analysis: How Lean Thinking Defines ValueCIToolkit
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The 5 Mindsets and skills of Today’s Top Leaders
Leaders can improve their effectiveness by being open to feedback, learning from successful peers, and seeking mentorship or coaching when necessary.
Put People First: Great leaders care about their team’s well-being and success.
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Stay Humble: Humility helps leaders stay grounded and open to learning from others.
Build Trust: It’s the foundation for all strong and healthy relationships
Communication clearly: Effective communication ensures that everyone is aligned and informed
Leadership is a dynamic skill that requires constant attention and improvement.
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2. citoolkit.com
Definition
The PDCA Cycle is a four-step model for
problem solving and continuous
improvement.
It provides a simple and structured way
for solving problems and creating
positive change.
PDCA Cycle 2
It helps them to compare and evaluate multiple designs with respect to customer
requirements as the criteria.
3. citoolkit.com
Definition
An easy to remember four logical sequenced steps . . .
PDCA Cycle 3
Plan Check
Do Act
Cycling through Plan, Do, Check, and Act until desired result is achieved is essential
for continuous improvement.
4. citoolkit.com
Definition
Represents the logical way of thinking we tend to follow when solving
problems or implementing continuous improvement.
PDCA Cycle 4
Guides through a logical sequence of steps from planning and implementation to
evaluation and adjustment.
5. citoolkit.com
Applications
The PDCA cycle can be applied in most kinds of projects and improvement
activities . . .
PDCA Cycle 5
When planning to change
the supplier of a product
or service
When trying to
implement a new safety
program within
a facility
When planning to
improve the skill level of
employees in an
organization
6. citoolkit.com
Applications
The PDCA cycle can be applied in most kinds of projects and improvement
activities . . .
PDCA Cycle 6
When planning to
increase the quality of
care and patient
engagement in a hospital
When an online business
is not producing good
results and customers
are not converting
When the marketing
effort is not generating
the desired results
7. citoolkit.com
Applications
Another common example is when you are dealing with customer complaints.
PDCA Cycle 7
What we have just listed is a PDCA cycle
Produce solution ideas to deal with the most frequent complaints
You may often need to review the complaints and prioritize them
Conduct pilot surveys with sample customers to test new options
Collect and analyze customer data and feedback
Use the lessons learned to implement the new options in full scale
8. citoolkit.com
Applications
PDCA is often used when the solution to the problem is known.
PDCA Cycle 8
A3 / 8D
Applicable whether the intended improvement is a breakthrough or incremental.
9. citoolkit.com
Applications
The PDCA cycle is particularly effective when intending to make changes to
any process.
PDCA Cycle 9
Notify
applicant of
schedule
Notify
interview
panel
Prepare
questions
Arrange
room
Meet
applicant
Ask
questions
Close
interview
Hence, organizations can use the PDCA cycle to optimize their processes and
enhance their overall performance.
Toast bread
Make orange
juice
Prepare
pastries
10. citoolkit.com
Applications
TQM, ISO standards and the A3 thinking process are all based around the
PDCA philosophy.
PDCA Cycle 10
TQM ISO A3
PDCA stands at the core of all quality systems
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Benefits
PDCA provides an effective approach for solving quality-related issues such
as nonconformities, inefficiencies, and process variability.
PDCA Cycle 11
The aim is to get closer to whatever goal we have
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Benefits
PDCA Cycle 12
Encourages the methodical way of
problem solving and implementing
solutions
02
Brings you closer to your goals
as knowledge is increased from
solving problems, failures the
received feedback
03
Improves the critical thinking skills
of your team
05
Helps your organization to
reach towards a more
integrated system
06
Provides feedback to justify
guesses hypotheses and
ensures incorporating feedback
before starting full-scale
implementation
04
Helps closing the gap between
planning and doing
01
13. citoolkit.com
PDCA Diagram
The PDCA cycle can be represented in the form of a diagram.
PDCA Cycle 13
Act Plan
Check Do
Implement
the best
solution
Identify
the problem
/ opportunity
Study the
results and
feedback
Test
potential
solutions
14. citoolkit.com
Plan
The PDCA cycle begins with a Planning phase where
the problem and objectives are identified.
In this phase, the team agrees on the problem to be
solved or the process to be improved.
You then need to analyze the current situation,
identify solution alternatives, and select and
schedule the most promising solution.
PDCA Cycle 14
P
D
A
C
15. citoolkit.com
Do
The selected solution is then tested on a small-scale basis
in the Do phase.
It is important to ensure that the selected solution is
appropriately implemented before committing to full
implementation.
This phase also involves measuring the progress and
collecting data and feedback for later analysis.
PDCA Cycle 15
P
D
A
C
You may need to conduct the pilot test within a department, in a limited
geographical area, or within certain demographic group.
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Check
Check involves analyzing the collected data and feedback
and comparing the outcome against the planned objectives.
It allows to evaluate how well the solution has worked and
whether further improvement is needed.
This phase is also concerned with identifying the
unexpected issues and gathering and summarizing
the key learnings.
PDCA Cycle 16
P
D
A
C
Current plans can be altered according to the received feedback.
17. citoolkit.com
Check
Note that you may need to repeat the Do and Check several times until
you achieve desired results.
PDCA Cycle 17
P
D
A
C
P
D
A
C
P
D
A
C
P
D
A
C
Sometimes you may need to return to the planning phase
18. citoolkit.com
Act
Act is where you implement the solution in full scale.
It involves taking actions based on what you learned
in the Check phase.
A plan should be created for the full implementation
after evaluating the costs and benefits associated.
If the potential benefits are not sufficient, the team
should reevaluate the plan and the project may be
terminated.
PDCA Cycle 18
P
D
A
C
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Act
Act is also concerned with . . .
PDCA Cycle 19
Documenting
Standardizing
Sustaining the improved process
Integrating it into the organization’s system
20. citoolkit.com
Multiple Iterations
The use of the PDCA cycle doesn’t necessarily stop once the Act phase is
completed. The improved process may become the new baseline, and you
may start again at the Plan phase.
PDCA Cycle 20
P1
D1
A1
C1
P2
D2
A2
C2
21. citoolkit.com
Multiple Iterations
Multiple iterations of the PDCA cycle could be necessary to solve the
problem permanently and reach the ultimate future state.
Each cycle will bring you closer to your goals and will extend your
knowledge further.
PDCA Cycle 21
P
D
A
C
22. citoolkit.com
Multiple Iterations
The PDCA cycle can be repeatedly applied in a process of continuous
improvement where there is no end to it.
PDCA Cycle 22
Repeating the PDCA cycle frequently can be helpful in implementing Kaizen and
other continuous improvement initiatives
23. citoolkit.com
Multiple Iterations
When the first iteration of the PDCA cycle ends, lessons should be gathered
for the next cycle.
Our knowledge and skills will grow as we continue to work on the project.
PDCA Cycle 23
25. citoolkit.com
Steps for Implementing a PDCA Cycle
PDCA Cycle 25
With your team, identify and understand the problem
• Brainstorm and screen solution ideas.
• Develop and implement a plan along with responsibilities, milestones, review
periods and metrics.
P
D
A
C
26. citoolkit.com
Steps for Implementing a PDCA Cycle
PDCA Cycle 26
Put the implementation plan into practice
• Run the pilot solution (produce, serve, purchase, survey, train, etc.).
• Gather data and measure performance outcomes.
P
D
A
C
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Steps for Implementing a PDCA Cycle
PDCA Cycle 27
Review the obtained results and collected data
• Analyze and compare the results against the initial state.
• Assess whether the solution solves the problem and discuss if further
improvement is needed.
P
D
A
C
28. citoolkit.com
Steps for Implementing a PDCA Cycle
PDCA Cycle 28
Use what you learned to plan your improvement
• Implement the solution in full scale.
• Train employees on the new process.
P
D
A
C
29. citoolkit.com
Example – New Product Development
A team is initiating a new product development.
PDCA Cycle 29
Fully implement the
new design acting on the
collected feedback
Create a prototype,
test it, & collect data
from the customer
Plan for the new
product development
& production process
Analyze the collected
data to measure
customer satisfaction
Act Plan
Check Do
30. citoolkit.com
Example – Delayed Test Results
A lab team is planning to solve a customer complaint about the
delayed test results.
PDCA Cycle 30
Take actions based on
the analysis and fully
implement the best
solution.
Do a small-scale study to
execute the ideas and
collect data on the time
spent waiting for results.
Explore all available
information & generate
solution ideas to deal
with the complaint.
Analyze the data to show
the options that will
result in greater
customer satisfaction.
Act Plan
Check Do
31. citoolkit.com
Further Information
The PDCA cycle is often referred to as the Shewhart Cycle or Deming Wheel
as it is defined by Shewhart and modified by Deming.
PDCA Cycle 31
Shewhart and Deming are recognized as pioneers in the quality management
movement.
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Further Information
In 1990, Deming introduced the PDSA cycle which is a modified version of
the PDCA cycle.
PDCA Cycle 32
P
D
A
S
It is believed that data analysis is important for any improvement effort, and
“Checking” does not really imply studying and analyzing the data.
33. citoolkit.com
Further Information
OPDCA is another version of PDCA where the ‘O’ stands for Observe.
PDCA Cycle 33
P
D
A
C
O
The Observe is added at the front of the cycle to emphasize the need to observe
before creating any plan.
34. citoolkit.com
Further Information
PDCA relies on trial and error, however, it
keeps improving until it achieves excellence.
Going through the PDCA cycle is not
straightforward and can be slow.
PDCA is not the appropriate approach when
dealing with urgent issues.
PDCA Cycle 34
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Further Information
PDCA can also be used at the personal level to improve your own performance:
PDCA Cycle 35
D - Try different ways to achieve the results you want to obtain.
P - Identify what is holding you from reaching your true potential.
C - Review your progress and adjust your behavior accordingly.
A - Implement what is working regularly and change what isn’t.
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Further Information - Useful Tools
PDCA Cycle 36
PLAN
Process mapping, brainstorming, waste analysis, prioritization
matrix, improvement roadmaps, gap analysis, and force field
analysis.
DO
Gantt charts, dashboards, data collection methods, sampling,
observation, check sheets, and control charts.
CHECK
Graphical analysis, statistical analysis, fishbone diagram, Pareto
analysis, root cause analysis, and decision-making techniques.
ACT
Process mapping, Gantt charts, dashboards, control charts, control
plans, visual management, and standard work.