Matrix of Design Elememts (factors) over Functional Requirements (responses). Use for knowledge management, DOE planning.

How to insert the component

The template can be used to start new projects or to extend existing projects. Please read chapter "The Templates" to learn more about how to start new projects.

In order to extend your project:

  1. 1
    Activate the Home Ribbon Home Ribbon
  2. 2
    Click the Add Tool button on the Home ribbon
  3. 3
    Click the icon in the template catalog

In order to find the component within the template catalog, you have to choose a cycle name on the first line of the screen and a phase name at the left of the screen. The component is located in this cycle/phase combinations:

    .

    The worksheet is a combination of several trees and matrices:

    1. 1
      This is the Functional Requirements tree.
    2. 2
      At the left you can find the importance ratings for the Functional Requirements
    3. 3
      This is the DoE Checklist for Functional Requirements. For each experiment (column) set a checkbox if it affects the given CTQ. Use the Insert commands in the Home ribbon to add new experiments to the list above the table
    4. 4
      This is the tree of system elements, expanded to the level of the design parameters. Details and importance are shown above.
    5. In this matrix, set a relation if a design parameter (column) has any effect on the CTQ (row). Use the Knowledge button on the Home ribbon to document the knowledge state of each relation you set
    6. This is the DoE Checklist for Design Parameters. For each experiment (row) set a checkbox if it affects the given design parameter (column). The list of experiments is identical to the one used for the CTQs
    7. This is the list of Noise Factors from the P-Diagram. Again, details are located above.
    8. In this matrix, define the cause-effect-relations between noise factors and CTQs
    9. This is the checklist for matching noise factors to experiments
    10. Here you can find the Signal Factors from the P-Diagram with importance ratings and details.
    11. Edit effects that signal factors have on CTQs
    12. Set a checkbox, if a signal factor is checked by an experiment

    Worksheets

    Component Design Matrix

    en
    1. 1
      DE Prioritization
    2. 2
      DE Prioritization
    3. 3
      DE Prioritization
    4. 4
      DE Prioritization
    5. 5
      DE Prioritization
    6. 10
      Design Parameters
      DE - Design Elements: Tree of components (parts, units, subsystems) at the system level and measurable component characteristics (design parameters) at the detailed design level. Measurable component characteristics can be marked as parameters.
    7. 11
      Design Parameters
      DE - Design Elements: Tree of components (parts, units, subsystems) at the system level and measurable component characteristics (design parameters) at the detailed design level. Measurable component characteristics can be marked as parameters.
    8. 12
      Design Parameters
      DE - Design Elements: Tree of components (parts, units, subsystems) at the system level and measurable component characteristics (design parameters) at the detailed design level. Measurable component characteristics can be marked as parameters.
    9. 13
      DOE Factors - DE
    10. 14
      DOE Factors - DE
    11. 15
      DOE Factors - DE
    12. 16
      FR Importance
    13. 17
      FR Importance
    14. 18
      CTQs
      FR - funktionalen Anforderungen: Struktur der Funktionen am System Ebene und messbare Vorgaben (entscheidend für Qualitätsmerkmale, CTQ) auf der detaillierten Design-Ebene. Messbare Spezifikationen (CTQ) können als Parameter gekennzeichnet werden.
    15. 20
      DOE Responses - FR (Concepts, Experiments, Functional Requirements (monitored))
    16. 21
      QFD 3 Design Matrix
      Does the Design Element (Factor) influence the Functional Requirement?
    17. 22
      QFD 3 Design Matrix
      Does the Design Element (Factor) influence the Functional Requirement?
    18. 23
      QFD 3 Design Matrix
      Does the Design Element (Factor) influence the Functional Requirement?

    Roadmap

    CTQ Selection

    en
    1. 1
      Text
    2. 2
      CTQs
      FR - funktionalen Anforderungen: Struktur der Funktionen am System Ebene und messbare Vorgaben (entscheidend für Qualitätsmerkmale, CTQ) auf der detaillierten Design-Ebene. Messbare Spezifikationen (CTQ) können als Parameter gekennzeichnet werden.
    3. 3
      FR Importance
    4. 4
      FR Specs
    5. 5
      FR Importance
    More Worksheets
    Causal Loop Analysis
    DOE Documentation
    Propagation of Error
    Component Design Matrix - Knowledge

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