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Home Lean Six Sigma (page 17)

Lean Six Sigma

  • 6 Elements of Process Excellence

    sensei July 13, 2018
    0 3,689
    Blog Lean Lean Six Sigma Supply Chain

    First let’s review “what” is Process Excellence, or first three elements of the process: Customer Value Stream (CVS) processes that run flawlessly from one end to another; delivering value to the customer when they want to where they wanted to how they wanted with little or no waste. Root Cause…

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  • DMAIC – Measure – Stakeholder Analysis

    sensei June 26, 2018
    0 6,068
    Blog Lean Lean Six Sigma

    Definition of Stakeholder Any individual or group can either influence or might be affected by the project. Their support is key to the success of the project. Some examples of key stakeholders: CustomersOperations ManagementHourly and staffSuppliers and end-usersRegulatory Body A stakeholder can offer both support and resistance: Technical or functional…

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  • Process Capability Analysis

    sensei June 26, 2018
    0 3,584
    Blog Lean Six Sigma

    Defect per unit or DPU, is the average number of defects observed in a population sample. Calculated by dividing the total number of observed defects by the total number of units in the sample: DPU=(Total number of defects)/(Total units) Defects per opportunity (opportunity must be a real number, so it won’t…

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  • DMAIC

    sensei May 8, 2018
    0 3,914
    FMEA Lean Six Sigma PM-analysis Root Cause Analysis Supply Chain

    DMAIC is a widely used problem-solving methodology for Define, Measure, Analyze, Improve, and Control. This methodology is commonly applied in Six Sigma projects and is designed to provide a structured approach to identifying and eliminating process defects. Each phase of the DMAIC process involves specific activities and tools that help…

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Lean Manufacturing is a methodology for producing goods that emphasizes minimizing waste and maximizing efficiency. It is a manufacturing philosophy that aims to produce goods with the least amount of resources, time and effort. Lean manufacturing aims to eliminate waste and improve the flow of materials and information throughout the production process. This approach is often used in manufacturing environments where efficiency and cost-effectiveness are critical, such as in the automotive and electronics industries.
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Popular Posts

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