The opinions expressed are those of the authors and not necessarily those of ASQ or Quality Progress. Read the extended answer on evaluating equipment performance, one of the topics covered in this month's Expert Answers section (pp. 8-9).
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Amazon’s Going the ‘Last Mile’
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About 30% of industry executives surveyed said their organizations have a documented supply chain sustainability strategy, but only 17% of executives and those below that level in organizational hierarchies agree with the strategy, according to the report. It is widely accepted that supply chain sustainability is a priority for many CEOs, but it is a complex business issue that.
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This study identifies patterns in emerging challenges, helps us understand why these barriers remain, and highlights how supply chain sustainability translates into measurable business value. The report also notes that more than two-thirds of 500 supply chain executives said that supply chain sustainability will play an important role in how they manage their supply chains over the next year.
SURVEY: LACK OF LEADERSHIP CAN STALL SUPPLY CHAINS
The biggest barrier to the success of an organization's sustainable supply chain practices is a lack of leadership support, according to a new report from the Operations Management Association (APICS) that surveyed global operations leaders. In a recent post on its website, Amazon noted, “Amazon is growing at a faster rate than UPS and FedEx, which are responsible for shipping most of our packages.
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Two-thirds of executives said their organizations exhibit a culture of quality, but a closer look at the key elements of such a culture (vision, values and leadership) revealed significant opportunities for improvement. Nearly two-thirds of executives said they are making technology investments to improve performance against quality objectives, with customer needs at the fore.
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The white paper will also incorporate interviews with leading companies and experts, providing globally relevant and actionable insights. Some 62% of leaders said their leadership unequivocally supports the quality vision and values – rising to 80% among those who describe their organizations as world-class.
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ASQ sponsors a Forbes Insights report that surveys more than 2,000 managers and quality professionals and examines the importance of the culture of quality. The yet-to-be-released report, "Culture of Quality: Accelerated Growth and Performance in the Enterprise," will provide breakdowns by organization size, industry and by headquarters and respondent locations.
SHORTRUNS
The full report will also look at technology in quality initiatives – including big data and social media – and the use and effectiveness of various metrics and incentives to drive quality goals.
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However, pursuing cost savings in this way did not address the waste built into the supply chain system. Pursuing the lowest cost supplier added complexity and global distance to the supply chain.
Lean in the supply chain
Quality issues, such as spring issues and shipping damage, contributed to supply chain waste. These wastes cause significant costs in a supply chain and can be easily detected using a supply chain VSM.
Eight rights
When evaluating a supply chain, remember that "the supply chain is not just the movement of products, but the linking of steps required to deliver value" to the end user.7 Key considerations include total cost effects, elasticity, and opportunities to improve value general to the end customer and shareholders of Company X. Understanding cost impacts requires systems thinking and estimating the total cost of ownership, including logistics, export and customs, inventory holding and supplier product costs.
Value stream mapping
Plan-do-check-act
In the sixth step, the patchcord assembly was shipped to the end user's warehouse on the East Coast. The flow of information goes from the end user to Company X to Company B and back through the supply chain.
Future improvements planned
The poor performance of the supply chain for the spring was due to the combined effects of a lack of perfect performance in terms of time, quality, cost and service. The perfect performance (Table 2) for the newly acquired spring improved from 55% in the current state to almost 100% in the future state.
Achieve rapid delivery and speed to market with processes, mechanisms and tools that optimize supply chain performance.
ORGANIZATIONS CANNOT ACHIEVE
Accuracy is critical and central to the entire supply chain process and is directly related to the speed with which products can be brought to market. If the delivered product is not accompanied by certification, the customer may have to return the product to the supplier and ask for it.
Hurdles to overcome
Many customers have specific regulatory requirements that are communicated to suppliers via purchase orders.
Benefits of outsourcing
Supplier selection criteria
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The manufacturing process
One of the most important steps in conducting such assessments is preparation. It is essential that sufficient time is spent on planning.
Map quality requirements to ISO 9001
Develop the checklist
For answers to questions related to the maintenance of the cutting machine, the evaluator should visit the maintenance department. Questions related to cutting machine maintenance, for example, can be detailed and include:.
Checklists are useful as long as the temptation to merely check off bullet
For example: Is the receiving inspection of steel plates carried out by the receiving inspection department of the quality department. To find out, the assessor must visit the receiving inspection section of the quality department.
Making checklists more valuable
Ahmed, a senior member of ASQ, is also an ASQ Certified Manager of Quality/Organizational Excellence, Quality Engineer and Quality Auditor, and an Exemplar Global Certified Skills Examiner and Lead Assessor of Quality Management Systems.
Insurance Policy
The government agency incorporated quality principles into the design and implementation of the ECM system for 12 offices. As a government agency, ODJFS is dealing with hundreds of thousands of documents in its systems.
Phase one: planning and designing
The project team investigated internal organizational process assets (government regulations, internal policies and internal procedures) and external best practices (ISO/IEC software engineering - product quality4, 5) to identify non-functional system requirements. Upfront quality planning—identifying the client's needs, clarifying the client's acceptance criteria, and aligning with those criteria—provided a strong foundation for project success.
Phase two: building the ECM
Based on stakeholder discussions, the project team created a high-level SLA for the service platform. Completion of the first phase resulted in a planning and architectural document that was suitable for business objectives.
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The project team specifically aimed to secure the organization's best hardware, software, storage and network engineers to improve the likelihood of success for the project. To complete the final step of the construction process, the project team completed documentation and clarified roles and responsibilities.
Phase three: activation and deployment
Emphasizing the quality requirement of reliability (according to ISO/IEC 9126), the team ensured that all key documentation was stored in a redundant, mirrored disaster recovery system to ensure uninterrupted service during catastrophic events. Clarifying the roles and responsibilities of support team members and obtaining resources and training on incident resolution procedures helped ensure that problem resolution efforts were well coordinated and executed quickly.
Establish ground operating rules, policies and procedures to ensure the department uses the system consistently. With the goal of measuring the effectiveness of the entire project, metrics covered operational metrics, customer satisfaction, and information system quality. 6 See the online sidebar “Measuring Project Success” to learn more about how the success of the project was measured. the project.
Quality = asset
Quality does not come by accident;
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Measuring success was important for team feedback and reporting to senior management who invested in the initiative. ASQ Quality Institute: The Fundamentals is a collection of introductory quality courses held in Milwaukee, WI, starting in July.
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Later, it became a common feature in the toolkit of almost every Six Sigma practitioner. Users who invest a lot of time and effort into a tool often don't take advantage of all that it has to offer.
Types of FMEAs
Design FMEA (DFMEA)—an analy- sis process used to identify and evalu-
It is essential that the document is owned and updated when changes occur in the design or process. FMEA was first developed and used by reliability engineers in the 1950s to study failures in military systems.
Process FMEA (PFMEA)—an analysis process used to identify and
The PFMEA document
Process step—Identify the process step and input under investigation. Each
Potential failure mode—Identify all the ways a failure can occur at this
Potential failure effects—Iden- tify all the effects each failure mode has,
- PER MILLION BY T.M. KUBIAK
- Severity—Quantify the severity of the impact of the failure effect. The scale for
- Potential causes—Identify all root causes leading to the failure. If root
- Occurrence—Quantify the frequency of occurrence of the failure mode. The
- Current controls—Identify all the existing controls and procedures, includ-
- Detection—Quantify the ability to detect the failure at a specific process
The real value of the FMEA is reflected in its use as a long-term and living document. Current Controls—Identify all existing controls and procedures, including inspections and tests, that prevent the cause of the failure mode.
- Risk priority number (RPN)—De- termine the multiplicative effect (that is,
- Actions recommended—Recom- mend actions for reducing the severity of
- Responsible—Identify who is responsible for the actions recommended
- Actions taken—List the actions taken and completed, and include the
- Severity, occurrence, detection and RPN—Identify new severity, occur-
The scale for severity ranges from "no effect" at the low level to "security risk" - up to and including. The degree of occurrence ranges from "very unlikely" on the low end to "very likely."
Developing the scales
Although teams generally work the highest RPN values first, they may establish additional prioritization criteria, such as work on each line item in the FMEA where the severity value is at the highest level, the discovery value is at the highest level or any value is at is the highest. Actions Taken - List actions taken and completed, include actions taken and completed, and include completion date.
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My two brothers and I went back home to help Dad and provide input on his care options. My younger brother and I had mixed feelings, but most of all we wanted anything that would extend Dad's life.
Coping as a family
As a former college professor and consultant who teaches Analytic Hierarchy Process (AHP), I proposed AHP to help us evaluate choices and agree on the best solution. It took us less than five minutes to explain that instead of directly choosing the best.
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He learned that he would need school to pass an exam and become licensed in his chosen discipline. Are you trying to be ahead of the pack, or are you falling behind?
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Unfortunately, the most important problems facing modern society tend to be large, complex and unstructured. Previously, the use of statistical engineering was proposed as a way to address such large, complex and unstructured problems.1-3 Roger W.
How do other disciplines do it?
This article focuses on what can be learned from different disciplines about dealing with large, complex, and unstructured problems. Therefore, we provide a broader context—coming from different disciplines—in which to look at statistical engineering.
WE ALL HAVE AGAINST problems in business, but also in our personal lives and relationships. Despite the universal need for effective ways to handle problems, there is surprisingly little agreement in the quality or scientific literature on how to approach problems in general.
HOERL AND RONALD D. SNEE
Andreas Fischer and co-authors discuss another multi-step method called complex problem solving and explain how it applies to different domains.16 They highlight five key points in this process: information generation, information reduction, model building, dynamic decision making, and evaluation. These authors further note that one of the most important aspects of problem solving in any field is having knowledge of the tools necessary to actually solve the problem (that is, the application of equations and models) and knowledge of the subject (or an expert ). Nearby).
Wilson notes that problem identification is often the most important and most difficult step in the decision-making process.14. These two qualifications seem to contradict each other: the most powerful engine we can make is probably big and heavy, while the lightest engine we can make is probably not high horsepower.
What have we learned?
If they are similar enough, we can apply these techniques from other disciplines to solve our new problems. TRIZ is often used where we must somehow avoid an inherent conflict within our problem, such as creating a high-powered aircraft engine that is also light.
Advice for problem solvers
If they are similar enough, we can apply these techniques from other disciplines to solve our new ones.
STATISTICS ROUNDTABLE
In addition, researchers and problem solvers may benefit from time to create and analyze alternatives, and have more time to think about these solutions and think about what they have reached.
Statistical engineering
Hoerl is an ASQ fellow, a recipient of ASQ's Shewhart Medal and Brumbaugh Award, and an academic in the International Academy for Quality. He holds a PhD in applied and mathematical statistics from Rutgers University in New Brunswick, NJ.
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The ES-1000 provides eddy current testing for rotationally symmetric parts, such as engine disc bores and webs. For regional facilities serving smaller jet aircraft, the ES-1000's acquisition cost makes investing in a semi-automated eddy current system viable compared to a full-scale system.
Distance sensor
For large organizations, including aircraft manufacturers and global aircraft maintenance facilities, the ES-1000 design enables the sharing of existing components such as probes, parts carriers and signal processing instruments, as well as. The ES-1000 modular system consists of four operationally independent components: a turntable and a portal module; vortex.
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The 714B measures and simulates 17 different types of thermocouples, as well as millivolts, for verifying process sensors by directly comparing measured and reported temperatures.
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The x-axis lists possible values with the actual percentage of non-conforming parts in the lot. These values represent the probability of accepting the fate given n, c and the actual percentage of non-conforming parts (from column A).
It shows the probability that the sampling plan will accept the lot (on the y-axis) based on the actual (and usually unknown) percentage of nonconforming items in the lot (on the x-axis). To put it another way, the batch would be rejected if c + 1 or more samples do not match.
Part of spreadsheet that created
The reference for the actual percent mismatch (A6) does not need the $ because it must change for each row (for example, in row seven it must be A7 instead of A6). Then draw the OC curve by creating an xy graph using columns A and B (both starting in row six).
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