Project Quality Management - Processes and Seven Basic Quality Management Tools - AIMS UK
Summary
TLDRThis video script delves into the concept of quality management, emphasizing its significance in meeting customer expectations and requirements. It outlines the core processes of quality management, including planning, assurance, and control, and introduces seven fundamental quality tools developed by Kaoru Ishikawa. The script also distinguishes between quality and grade, accuracy and precision, and highlights the proactive nature of quality assurance versus the reactive approach of quality control, ultimately aiming to enhance project success and customer satisfaction.
Takeaways
- π Quality is defined as the degree to which a project meets its requirements and is fit for its intended use from a customer's perspective.
- π‘οΈ Quality management involves creating and following policies and procedures to ensure a project meets its intended requirements.
- π€ Customer satisfaction is a key aspect of quality, focusing on meeting expectations and requirements of customers and stakeholders.
- π οΈ Quality is achieved through prevention, planning, designing, and building it into a product or process from the inception.
- πΌ Management responsibility is crucial for the success of quality efforts, requiring organizational support and financial resources.
- π Continuous improvement in quality and process relies on the ongoing Plan-Do-Check-Act cycle.
- π Understanding the difference between quality and grade is important; quality is about conformance to requirements, while grade is a rank assigned based on technical characteristics.
- π Low quality is not acceptable, but a low grade can be, as long as the product or service meets quality standards.
- π The core processes of project quality management include Plan Quality Management, Perform Quality Assurance, and Control Quality.
- π Quality assurance is proactive, focusing on improving processes to prevent defects, while quality control is reactive, detecting and correcting defects.
- π The seven basic quality tools, developed by Kaoru Ishikawa, are widely used for analyzing and interpreting data in quality management.
Q & A
What is the definition of quality in the context of project management?
-In project management, quality is defined as the degree to which the project fulfills requirements, meeting the expectations and needs of the customer and stakeholders from their perspective.
What are the key components of quality management?
-Quality management includes creating and following policies and procedures to ensure that a project meets the defined needs it was intended to meet.
How does customer satisfaction relate to quality management?
-Customer satisfaction is central to quality management as it focuses on meeting the expectations and requirements of the customer and creating a product that is fit for its intended use.
What is the significance of prevention in achieving quality?
-Prevention is crucial for quality because it involves planning, designing, and building quality into a product or process from the inception, thereby avoiding the need for corrections later on.
What role does management responsibility play in quality management?
-Management responsibility is essential as the project team must ensure the success of quality efforts, and organizational management must provide the necessary financial resources for these efforts to succeed.
Can you explain the concept of continuous improvement in quality management?
-Continuous improvement in quality management relies on the ongoing plan-do-check-act cycle, which is a systematic approach to incremental process and product improvement.
What is the difference between quality and grade?
-Quality refers to how well the characteristics of a product meet the demands or expectations of the project, while grade is a category or rank assigned to products or services with the same functional use but different technical characteristics.
What does it mean if a product or service is of low quality but high grade?
-A product or service of low quality is usually not acceptable, but being of a high grade means it has certain technical characteristics that may be acceptable despite not meeting the highest quality standards.
What are the three core project quality management processes?
-The three core project quality management processes are plan quality management, perform quality assurance, and control quality.
Can you describe the purpose of the 'plan quality management' process?
-The 'plan quality management' process identifies quality requirements and standards for the project and its deliverables, and documents how the project will demonstrate compliance with relevant quality requirements.
What are some of the basic quality tools mentioned in the script?
-Some of the basic quality tools mentioned are the cause and effect diagram, flowcharts, check sheets, Pareto diagrams, histograms, control charts, and scatter diagrams.
How does the cause and effect diagram, also known as the fishbone diagram, assist in problem-solving?
-The cause and effect diagram helps in problem-solving by identifying and organizing the possible causes of an effect or problem, serving as a first step in analyzing and addressing the issue.
What is the purpose of a flowchart in quality management?
-A flowchart in quality management is a graphical representation of a process that shows the relationships among process steps, helping to identify points where quality problems might occur.
How does a check sheet aid in organizing facts about a potential quality problem?
-A check sheet is a structured form used to collect and analyze data, which helps in organizing facts about a potential quality problem, especially when repeated data is collected from the same source or effect.
What is the purpose of a Pareto chart in quality management?
-A Pareto chart is used to identify and prioritize problems to be solved, applying the 80/20 rule to focus on the most significant factors causing problems or contributing to outputs.
What does a histogram represent in quality management?
-A histogram in quality management is a special form of bar chart used to describe the central tendency, dispersion, and shape of a statistical distribution, providing insights into the data without considering the influence of time.
How does a control chart help in assessing the performance of a process?
-A control chart is a graphical display of results over time that is used to assess whether a process is in control or out of control, with lines indicating average, upper control limit, and lower control limit based on historical data.
What is the difference between quality assurance and quality control?
-Quality assurance is a proactive process focused on planning to avoid defects, while quality control is a reactive process focused on detecting and correcting defects. Quality assurance is process-based, whereas quality control is product-based.
What are the key benefits of performing quality control?
-The key benefits of performing quality control include validating that deliverables meet requirements, identifying causes of poor product quality, and recommending actions to eliminate quality-related problems.
What is the role of a quality audit in quality management?
-A quality audit is an example of quality assurance, used to evaluate the effectiveness of quality management processes and identify areas for improvement.
Outlines
π Introduction to Quality Management
This paragraph introduces the concept of quality management, emphasizing its importance in ensuring a project meets its intended requirements from a customer's perspective. It discusses the various aspects of quality management, including customer satisfaction, prevention, management responsibility, and continuous improvement. The paragraph also explains the difference between quality and grade, highlighting that a high-quality product can be of any grade but must conform to the requirements. Additionally, it introduces Ames as an institution offering certifications in project management.
π οΈ Core Project Quality Management Processes
This section delves into the core processes of project quality management, which are plan quality management, perform quality assurance, and control quality. It outlines the purpose of each process, such as identifying quality requirements, ensuring compliance, and validating deliverables. The paragraph also lists the inputs, tools, and techniques involved in these processes, including cost-benefit analysis, seven basic quality tools, and statistical sampling. The seven basic quality tools are explained in detail, including their functions and applications in quality management.
π Understanding Quality Assurance and Quality Control
This paragraph explains the difference between quality assurance and quality control, highlighting that quality assurance is a proactive approach focused on prevention, while quality control is reactive and centered on defect detection. It describes the inputs, tools, and techniques used in quality assurance and control processes, including affinity diagrams, quality audits, and process analysis. The outputs of these processes, such as change requests and project document updates, are also discussed. The paragraph emphasizes the benefits of quality assurance and control in improving processes and validating deliverables.
π The Role of Quality Audits and Process Improvement
The final paragraph focuses on the role of quality audits and process improvement in quality management. It discusses how quality audits can help identify whether processes are working effectively and suggest areas for improvement. The paragraph also touches on the goal of quality assurance to develop processes that prevent defects, in contrast to quality control, which identifies and corrects defects after production. The importance of continuous process improvement to reduce the cost of quality and increase customer satisfaction is emphasized.
Mindmap
Keywords
π‘Quality Management
π‘Customer Satisfaction
π‘Prevention
π‘Management Responsibility
π‘Continuous Improvement
π‘Quality
π‘Grade
π‘Accuracy and Precision
π‘Plan Quality Management
π‘Perform Quality Assurance
π‘Control Quality
Highlights
Quality management is about ensuring a project meets its defined requirements from the customer's perspective by creating and following policies and procedures.
Customer satisfaction in quality management involves meeting expectations, requirements, and creating a product fit for its intended use.
Prevention of quality issues is achieved by planning, designing, and building quality into a product or process from the beginning.
Management responsibility in quality involves ensuring the success of quality efforts and providing necessary financial resources.
Continuous improvement in quality management relies on the ongoing Plan-Do-Check-Act cycle.
Quality is defined as the degree to which a product's characteristics meet project demands or expectations, while grade refers to different technical characteristics of products with the same functional use.
Low quality is not acceptable, but a low grade can be, emphasizing the importance of high quality regardless of grade.
Ames offers globally recognized certifications, diplomas, MBA, and PHD programs in project management through an online, self-paced learning system.
Accuracy in quality management represents how close a measured value is to the actual value, while precision indicates how close measured values are to each other.
The difference between accuracy and precision is that accuracy measures exactness to the true value, while precision assesses correctness through consistency of measurements.
Project quality management processes include determining quality policies, objectives, and responsibilities through plan quality management, perform quality assurance, and control quality.
Plan Quality Management identifies quality requirements and standards, and documents compliance with relevant quality requirements.
Inputs for Plan Quality Management include the scope baseline, stakeholder register, requirements documentation, risk register, enterprise environmental factors, and organizational process assets.
Tools and techniques for Plan Quality Management include cost-benefit analysis, cost of quality, seven basic quality tools, benchmarking, design of experiments, statistical sampling, and additional quality tools.
Kaoru Ishikawa developed seven basic visual quality tools for analyzing and interpreting data, including the cause and effect diagram, flowcharts, check sheets, Pareto diagrams, histograms, control charts, and scatter diagrams.
The cause and effect diagram, also known as the fishbone diagram, helps in problem-solving by identifying possible causes for an effect or problem.
Flowcharts visually represent processes to identify points where quality problems might occur, allowing for preventive or corrective measures.
Check sheets are structured forms for collecting and analyzing data to organize facts about potential quality problems, especially useful for repeated data collection.
Pareto charts use the 80/20 rule to prioritize problems, identifying that 80% of problems come from 20% of causes, aiding in focusing on the most impactful factors.
Histograms describe the central tendency, dispersion, and shape of a statistical distribution, different from control charts as they do not consider time's influence on variation.
Control charts graphically display process results over time to assess if the process is in or out of control, using historical data to determine control limits.
The rule of seven in control charts states that seven or more consecutive data points on one side of the mean require investigation, indicating a potential issue even within control limits.
Scatter diagrams show the relationship between two variables, helping to identify correlations that may impact quality.
Perform Quality Assurance focuses on process improvement, using the same tools and techniques as Plan Quality Management and Control Quality but with a process-oriented approach.
Control Quality involves inspecting and verifying products and services to assess project performance and recommend changes, validating deliverables and identifying quality issues.
Quality Assurance is proactive, focusing on prevention, while Quality Control is reactive, focusing on detection and correction of defects.
Quality Audits are an example of Quality Assurance, focusing on process management, whereas Inspection and Testing are examples of Quality Control, verifying the quality of the product.
Transcripts
foreign
[Music]
what is quality management
quality is the degree to which the
project fulfills requirements quality
management includes creating and
following policies and procedures in
order to ensure that a project meets the
defined needs it was intended to meet
from the customer's perspective
here are some perspectives of project
quality management
customer satisfaction
quality is all about meeting the
expectations and requirements of the
customer and stakeholders and creating a
product that fulfills those needs and is
fit for its intended use
prevention
quality is achieved by planning
designing and building it into a product
or process from the Inception
management responsibility
the project team must ensure the success
of quality efforts and the
organizational management must provide
the financial resources needed for
Quality efforts to succeed
continuous improvements
quality and process Improvement relies
on the ongoing plan do check and act
cycle
understanding quality and grade
quality
quality is the degree to which the
characteristics of a product meet the
demands or expectations of the project
in other words quality is conformance to
the requirements including the product
and customers requirements
great
grade is a category or rank assigned to
products or services having these same
functional use but different technical
characteristics for example there are
different grades of paint different
grades of metal and even different
grades of travel
difference between quality and grade low
quality does not equal to low grade low
quality is usually not acceptable but on
the other hand low grade is never a
problem and it is acceptable
a product or service regardless of its
grade must be of high quality
Ames is a globally recognized and an
accredited institution we offer
certifications diploma MBA and PHD
programs in project management through
an online and self-paced learning system
for registration and details please
visit www.ames.education
understanding accuracy and precision
accuracy it represents how close a
measured value is to the actual or True
Value accuracy is the measure of
exactness
and precision it represents how close
the measured values are to each other
Precision is an assessment of
correctness
difference between accuracy and
precision
measured values may or may not be near
the actual or True Value but if the
scatter is lesser the measurements are
said to have a high precision
when measurements are close to the
Target value they are accurate scatter
does not have any significant role here
processes and activities in order to
satisfy the project needs the processes
and activities of project quality
management determine quality policies
objectives and responsibilities
there are three core project quality
management processes plan quality
management perform quality assurance and
control quality
we will now understand each of these
processes in more detail
first process plan quality management
it is the process of identifying quality
requirements and or standards for the
project and its deliverables and
documenting how the project will
demonstrate compliance with relevant
quality requirements
key benefit
this process provides guidance and
Direction on how quality will be managed
and validated throughout the project
inputs for plan quality management
the inputs to create the plan quality
management are scope Baseline
stakeholder register requirements
documentation risk register Enterprise
environmental factors and organizational
process assets
tools and techniques for plan quality
management
tools and techniques to create the plan
quality management are cost benefit
analysis cost of quality seven basic
quality tools benchmarking the design of
experiments statistical sampling and
additional quality tools
the seven basic quality tools
kauru Ishikawa was a Japanese
organizational theorist and well known
for his quality management Innovations
he developed seven basic visual tools of
quality so that the average person could
analyze and interpret data these seven
tools are a cause and effect diagram
flowcharts check sheets Pareto diagrams
histograms control charts and Scatter
diagrams
these tools are used worldwide by
companies managers of all levels and
employees
the first basic Quality Tool the cause
and effect diagram
the cause and effect diagram is also
called the fishbone diagram this tool
discovers the possible causes for an
effect or problem
this diagram acts as a first step in
problem solving by creating a list of
possible causes let's see how the
fishbone diagram works
first clearly identify and Define the
problem or effect for which the causes
must be identified place the problem or
effect at the right or the head of the
diagram then identify all the broad
areas of the problem then write the
possible causes in each of the broad
areas each cause that has been
identified should Now look for more
causes now view the diagram and evaluate
the main causes and finally set goals
and take action on the main causes
second basic Quality Tool flowchart
it is a graphical representation of a
process and it shows the relationships
among process steps it can help a
project to identify the points where
quality problems might occur and may
cause failures
preventive or corrective measures can be
taken to avoid problems
the third basic Quality Tool
check sheet a check sheet is a
structured form that's prepared to
collect and analyze data which leads us
to organize facts about a potential
quality problem it's more useful when
repeated data is collected from the same
person or effect for example a check
sheet is used to collect data about the
frequencies or Consequences of defects
the fourth basic Quality Tool perito
charts
these are used to identify and
prioritize problems to be solved they
are actually histograms aided by the 80
20 rule introduced by Wilfredo parita
the 80 20 rule as it applies to Quality
says that 80 of the problems or outputs
come from 20 of the courses or inputs in
the 80 20 rule you prioritize the 20 of
the factors to produce the best results
Pareto charts are displayed as
histograms that rank order the most
important factors by their frequency
over time
the fifth basic Quality Tool histograms
they are a special form of bar chart and
are used to describe the central
tendency dispersion and shape of a
statistical distribution
unlike the control chart the histogram
does not consider the influence of time
on the variation that exists within a
distribution
the sixth basic Quality Tool control
chart
a graphical display of the results over
time of a process is used to assess
whether the process is in control or it
is out of control a control chart always
has the following a central line for the
average an upper line for the upper
control limit and a lower line for the
lower control limit these lines are
determined from the historical data
in this chart you may observe that the
central line is surrounded by two more
lines and they are known as the upper
specification limit and the lower
specification limit
the upper and lower specification limits
are provided in the contract and one
cannot cross them
the upper and lower control limits are
determined by the project manager by
comparing current data to these limits
you can draw conclusions about whether
the process variation is consistent or
is unpredictable
if
99.73 of all the points fall between the
upper and lower control limits the
project is considered as under control
the rule of seven
if seven or more consecutive data points
fall on one side of the mean then an
investigation must be initiated to find
out the reason for it even if these
points fall within the control limit
this is known as the rule of seven
and the seventh basic Quality Tool a
scatter diagram
it is a graph that shows the
relationship between two variables
scatter diagrams can show a relationship
between any element of a process
environment or activity on one axis and
a quality defect on the other axis
if the variables are correlated the
points will fall along a line or curve
the better the correlation the tighter
the points will hook the line
outputs of plan quality management
outputs to create the plan quality
management are quality management plan
quality metrics quality checklists
process Improvement plan and project
document updates
second process perform quality assurance
quality assurance is sandwiched between
plan quality management and control
quality this is how it is done
first you plan the quality processes
policies techniques methods and metrics
then using the tools in quality control
you measure the results by using the
identify tools techniques and methods to
see whether they comply with the
identified metrics
finally in quality assurance you
identify whether the process is working
and if there are ways to improve it
key benefits quality assurance is
predominantly concerned with improving
processes and it leads to improved
results
inputs for perform quality assurance
inputs for the perform quality assurance
process come from plan quality
management and the control quality
processes they are quality management
plan process Improvement plan quality
metrics quality control measurements and
project documents
tools and techniques for perform quality
assurance
perform quality assurance is concerned
with process Improvement the same tools
and techniques of plan quality
management and control quality can help
in this perform quality assurance
process
the difference is that they're
predominantly process oriented rather
than product or project oriented
in addition to the previously discussed
tools and techniques the following
quality management tools are used
Affinity diagrams prioritization
matrices Matrix diagrams quality Audits
and process analysis
outputs of perform quality assurance
the intended outcome of quality audit
and process Improvement activities is to
reduce the cost of quality and or to
increase customer satisfaction
the outputs of perform quality assurance
are change requests project management
plan updates project document updates
and organizational process asset updates
third process control quality
it is a process of inspecting and
verifying the product and services in
order to assess the performance of the
project and create recommendations for
changes
here are the benefits of control quality
validate the deliverables meet the
requirements as specified by the
stakeholders identify causes of poor
product quality and recommend actions to
eliminate problems related to Quality
inputs for perform Quality Control
process
here are the inputs of perform quality
process
project management plan quality metrics
quality checklists work performance data
approved change requests deliverables
and organizational process assets
tools and techniques for perform Quality
Control process
to perform quality control we use the
following tools and techniques the seven
basic quality tools statistical sampling
inspection and approved change requests
review
outputs of perform quality control
the results or outputs of the Quality
Control process which are used as inputs
for other processes are validated
changes validated deliverables change
requests project management plan updates
project document updates and
organizational process assets updates
differences between quality assurance
and quality control
before concluding this chapter let us
discuss the key differences between the
quality assurance and the quality
control
in quality assurance you plan to avoid
the defect and in quality control you
try to find defects and correct them
while making the product
quality assurance is all about
prevention and quality control is all
about the detection
quality assurance is a proactive process
while quality control is a reactive
process
quality assurance is a process-based
approach while quality control is a
product based approach
quality assurance involves processes
managing quality and quality control is
used to verify the quality of the
product
quality audit is an example of quality
assurance on the other hand the
inspection and testing are the examples
of Quality Control process
the goal of the quality assurance
process is to develop a process so that
defects do not arise when you're
producing the product whereas the
quality control identifies the defects
after the product is produced but is not
yet released or is still in the
production phase
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