Re-evaluating your plant's key performance indicators (KPIs) can result in better-informed business decisions and improved Operations. Re-think the KPIs that maximize yield and quality and learn the difference between lagging and leading indicators.
Fundamental knowledge on pharmaceutical
product development and translation from laboratory to market.
Quality management systems: Quality management & Certifications.
Si x sigma concepts.
Aim of 6 sigma concepts.
Process of 6 sigma concepts.
Re-evaluating your plant's key performance indicators (KPIs) can result in better-informed business decisions and improved Operations. Re-think the KPIs that maximize yield and quality and learn the difference between lagging and leading indicators.
Fundamental knowledge on pharmaceutical
product development and translation from laboratory to market.
Quality management systems: Quality management & Certifications.
Si x sigma concepts.
Aim of 6 sigma concepts.
Process of 6 sigma concepts.
AS 9100:2016 and ISO 9001:2015 - Clause 9.3 Management Review : What's New?Meghana Ransing
This presentation gives a holistic overview of key changes in AS9100:2016 and ISO9001:2015. The authors prepared these slides for an invited presentation at the 14th World Conference on Investment Casting held in Paris at the Le Palais des Congrès between 17th and 20th April 2016.
Basic definition of six sigma, why as it introduced in the first place, the mathematical expression, statistical definition, sig sigma application in clinical laboratory.
Determining Quality Metrics for New Product Development OperationsMasheika Allgood
This presentation discusses the difference between the Critical success Factors and Key Performance Indicators for new product development processes, as opposed to high volume production. It details a process for determining new product development metrics, referencing cutting-edge research and illustrating the process through the creation of a basic new product development metric scheme.
Predicting an instrument's performance over time is essential to the design phase. This session will cover reliability testing and performance deterioration, including recommendations for tests that should be performed to ensure that an instrument will function through a lifetime of use, and ways to collect measurable outputs of the instrument from initial use to the end of its lifecycle.
This slidedeck talks about the emerging trends, best practices and tools for Agile Test Management. As lines between development and operations blur, sprints get shorter, the difficulty mounts in meeting the higher expectations both for speed and quality of software deliverables. How to configure your test management solution to get your delivery up to speed and improve your release quality build by build.
According to WHO (World Health Organization):
“QA is the activity of providing evidence needed to establish confidence among all concerned that quality related activities are being performed effectively.”
According to ISO:
“All those planned and systematic activities implemented to provide adequate confidence that an entity will fulfill requirements for quality.
Quality assurance (QA) is a way of preventing mistakes or defects in manufactured products and avoiding problems when delivering solutions or services to customers.
Quality control (QC), is a process by which entities review the quality of all factors involved in production.
Reducing Cycle Time for iDEN Releases – A Development and Test PerspectivePraveen Srivastava
iDEN system releases have been taking longer time from M8 (System Requirements allocated and project scope is baseline) to M3 (Ready For Controlled Introduction) when it is first commercially deployed. For a typical iDEN system release, the duration between M8 and M3 is close to 18 months. The current releases are posing new challenges to product development and requires comparatively shorter cycle time. This paper talks about such an iDEN release which was done and ready for deployment in less than 9 months. This paper analyzes the techniques and strategy used by development and test team to achieve this and proposes techniques & strategies which can be used by future iDEN releases.
AS 9100:2016 and ISO 9001:2015 - Clause 9.3 Management Review : What's New?Meghana Ransing
This presentation gives a holistic overview of key changes in AS9100:2016 and ISO9001:2015. The authors prepared these slides for an invited presentation at the 14th World Conference on Investment Casting held in Paris at the Le Palais des Congrès between 17th and 20th April 2016.
Basic definition of six sigma, why as it introduced in the first place, the mathematical expression, statistical definition, sig sigma application in clinical laboratory.
Determining Quality Metrics for New Product Development OperationsMasheika Allgood
This presentation discusses the difference between the Critical success Factors and Key Performance Indicators for new product development processes, as opposed to high volume production. It details a process for determining new product development metrics, referencing cutting-edge research and illustrating the process through the creation of a basic new product development metric scheme.
Predicting an instrument's performance over time is essential to the design phase. This session will cover reliability testing and performance deterioration, including recommendations for tests that should be performed to ensure that an instrument will function through a lifetime of use, and ways to collect measurable outputs of the instrument from initial use to the end of its lifecycle.
This slidedeck talks about the emerging trends, best practices and tools for Agile Test Management. As lines between development and operations blur, sprints get shorter, the difficulty mounts in meeting the higher expectations both for speed and quality of software deliverables. How to configure your test management solution to get your delivery up to speed and improve your release quality build by build.
According to WHO (World Health Organization):
“QA is the activity of providing evidence needed to establish confidence among all concerned that quality related activities are being performed effectively.”
According to ISO:
“All those planned and systematic activities implemented to provide adequate confidence that an entity will fulfill requirements for quality.
Quality assurance (QA) is a way of preventing mistakes or defects in manufactured products and avoiding problems when delivering solutions or services to customers.
Quality control (QC), is a process by which entities review the quality of all factors involved in production.
Reducing Cycle Time for iDEN Releases – A Development and Test PerspectivePraveen Srivastava
iDEN system releases have been taking longer time from M8 (System Requirements allocated and project scope is baseline) to M3 (Ready For Controlled Introduction) when it is first commercially deployed. For a typical iDEN system release, the duration between M8 and M3 is close to 18 months. The current releases are posing new challenges to product development and requires comparatively shorter cycle time. This paper talks about such an iDEN release which was done and ready for deployment in less than 9 months. This paper analyzes the techniques and strategy used by development and test team to achieve this and proposes techniques & strategies which can be used by future iDEN releases.
Aiming to stimulate and change the nature of the improvement dialogue within NHS boards across Scotland, Quality Improvement leaders, Martin Barkley, Pedro Delgado, Eibhlin McHugh and Elaine Mead presented current QI Infrastructure work both locally and nationally.
A lecture for startup & established companies on the interferences and barriers (some real, some percieved) to executing the operational launch of their products (NPD, NPI, Phase Gates). How to work with contract manufactures, evaluate their cost model, where the biggest opportunities for risk reside in the entire process. This is a series done by an expert in the field, this removes the academic aspects of launching products and focuses on practical, relevant, innovative demonstrations. So of course the slide deck cannot possibly reveal what’s fully entailed in the short workshop. Feel free to contact dan@productrevolution.org for details.
Cost of Quality is a widely spread and widely misunderstood concept.Here is a presentation that will evaporate all your doubts regarding this topic.A very well explained case study of H&S motors.It is a very well structured presentation.
Lean Six Sigma and the principles of Kaizen for your business Brent Spilkin
Lean Six Sigma and the principles of Kaizen for your business
This presentation covers: Lean business practises, Six Sigma and its principles, Kaizen, Value streaming and the 5S's.
Its a working document that at a very high level covers all these principles.
Growing Pains Business Coaching is available here www.spillly.com or via mail kim@spillly.com
Thank you.
Similar to IMPROVE CYCLE TIME BY REDUCING COST OF QUALITY (COQ) INDEX (20)
Lean Six Sigma and the principles of Kaizen for your business
IMPROVE CYCLE TIME BY REDUCING COST OF QUALITY (COQ) INDEX
1. Company Private & Confidential ASG Worldwide Page 1
IMPROVE CYCLE TIME BY REDUCING THE
COST OF QUALITY (COQ)INDEX-
Q4 PREPERATION
2. Company Private & Confidential ASG Worldwide Page 2
COST OF QUALITY MATRIC-
COST OF POOR QUALITY (COPQ)
Many organizations, including ASG, utilize the cost-of-poor-quality (COPQ) metric as a leading
indicators of how well they are performing in the quality arena. As a matter of fact, some
organizations use this metric to the exclusion of all others. For example, when COPQ index
shows an operating level of 2 or 3%- (our site target is 1% or less), leadership mistakenly
believe their product quality is very good; otherwise, COPQ would be higher.
Some of us in the Lean Six Sigma arena find three problems with conventional cost-of-poor-
quality theory!
3. Company Private & Confidential ASG Worldwide Page 3
COST OF QUALITY MATRIC
COST OF POOR QUALITY (COPQ)
Problems with Traditional COQ index
• Costs do not increase in order for quality to improve, given a ‘Prevention’ approach
versus a ‘Detect and Fix’ mentality.
•Many significant quality-related costs cannot be captured by most type (traditional)
accounting systems
•The traditional cost-of-quality theory ignores costly and avoidable inefficiencies that
occur in the, manufacturing, engineering and maintenance, accounting, CRS and other
service sectors of organizations.
4. Company Private & Confidential ASG Worldwide Page 4
CONVENTIONAL COQ CATEGORIES
•COMPUTING THE COST OF QUALITY
APPRAISAL
Inspection
Testing
Quality audit
Initial cost and maintenance of the test equipment
PREVENTION
Quality planning
Process planning
Process control
Training
5. Company Private & Confidential ASG Worldwide Page 5
CONVENTIONAL COQ CATEGORIES
•COMPUTING THE COST OF QUALITY
INTERNAL FAILURE
Scrap
Rework
Internal Rejects
Supplier scrap and Rework
EXTERNAL FAILURE
Cost to customer
Warranty cost
Complaint adjustments
Returned goods
6. Company Private & Confidential ASG Worldwide Page 6
HOW DOES THE LEAN COMMUNITY SEE COPQ
•INTERNAL FAILURE
•Rework
•Delays
•Re-designing
•Shortages
•Failure analysis
•Re-testing
•Downgrading
•Downtime
•Lack of flexibility and adaptability
•EXTERNAL FAILURE
•Complaints
•Repairing goods and redoing services
•Warranties
•Customers’bad will
•Losses due to sales reductions
7. Company Private & Confidential ASG Worldwide Page 7
HOW DOES THE LEAN COMMUNITY SEE COPQ
•Prevention
•Quality planning
•Supplier evaluation
•New product review
•Error proofing
•Capability evaluations
•Quality improvement team meetings
•Quality improvement projects
•Quality education and training
8. Company Private & Confidential ASG Worldwide Page 8
HOW DOES THE LEAN COMMUNITY SEE COPQ
•Appraisal
•Checking and testing purchased goods and services
•In-process and final inspection/test
•Field testing
•Product, process or service audits
•Calibration of measuring and test equipment
9. Company Private & Confidential ASG Worldwide Page 9
WHERE DO WE SEE OUR ORGANIZATION?
10. Company Private & Confidential ASG Worldwide Page 10
HOW DOES THE LEAN SIX SIGMA COMMUNITY
SEE COPQ
11. Company Private & Confidential ASG Worldwide Page 11
HOW DOES THE LEAN COMMUNITY SEE COPQ
12. Company Private & Confidential ASG Worldwide Page 12
COMPARISM OF TRADITIONAL AND LEAN SIX
SIGMA MEASUREMENT OF COPQ
The iceberg model
13. Company Private & Confidential ASG Worldwide Page 13
COMPARISM OF TRADITIONAL AND LEAN SIX
SIGMA MEASUREMENT OF COPQ
14. COST OF POOR QUALITY (COPQ)
What is the correlation between Cycle Time and COPQ?
It is apparent from the Iceberg Model above that the majority of process or systems bottle-neck or failures are as a
result of Quality issues. More specifically Internal Failures.
So how do we reduce cycle time by reducing internal cost-of-poor-quality for Q4?
How do we reduce re-work; internal rejects; scrap; downtime, WIP etc?
What is the cost of ‘hidden factory’?
Are there any mechanism in the processes that encourages ‘stop-and-fix’ mentality?
How robust is our Quality Management System?
Is it appropriate to use the ‘Theory Of Constraints’ to identify and rectify pinch points in our processes that negatively
affect our cycle-time due to COPQ index?