Applicable Process Steps
Process Step | Description |
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Quality Engineer Overview | The Quality Engineer Overview (F2360) app shows in a single page the most important information and tasks related to inspection management that are relevant for you right now. The information is displayed on a set of cards. |
Quality Technician Overview | The Quality Technician Overview (F2361) app shows in a single page the most important information and tasks related to inspection management that are relevant for you right now. The information is displayed on a set of cards. |
Analyze Accepted and Rejected Lots Analyze Skipped and Non Skipped Lots | As a quality engineer, you want to analyze inspection lots by time, materials, suppliers, inspection types, customers, and so on. The information system allows you to display skipped and non skipped lots with respect to time, inspection type, or material and plant. You can drill down a hierarchy to carry out specific analysis or compare suppliers, materials, and so on. A vast number of chart types enables you to visualize data according to your requirements. |
Analyze Inspection Lots Leveraging Inspection Lot Detailed Analytics Analyze Inspection Characteristics Leveraging Inspection Characteristic Detailed Analytics | The quality engineer can interactively explore inspection lot data step-by-step from different perspectives to analyze the current quality situation. In each analysis step, he can investigate KPIs and select relevant data to filter the information displayed in subsequent steps. By combining different analysis steps and filters, he interactively creates his own flexible analysis path (for example, for root cause analysis). |
Analyze Inspection Characteristics | As a quality engineer, you want to analyze quality inspections with respect to time, (master) inspection characteristics, material and plant, and work center. The information system allows you to display accepted and rejected inspections, skipped and not skipped inspections, and inspected and non-conformance units. You can drill down a hierarchy to carry out specific analysis or compare plants, materials, inspection characteristics, and so on. A vast number of chart types enables you to visualize data according to your requirements. |
Manage Defects | With this app, you can easily monitor and manage defects created during the inspection process. The app also displays notification items from quality notifications and generic defects that were created manually. |
Display Results History | With this app you can display the results history for a task list characteristic or a master inspection characteristic for a quantitative characteristic. The valuation of a characteristic is shown as a graphic for the selected inspection lots. This allows you to compare inspection results over a longer period of time. |
Quality Level History - Skip Rate in Last 180 Days | With this app, the KPI skip rate of inspection lots and inspection characteristics is calculated. You can also use this app to analyze quality levels with respect to different criteria, such as material, date, plant, inspection type, and so on. in order to further optimize the quality inspection process. It is possible to drill down to get more insight. Furthermore, you can navigate to the related raw data for further analysis. The skip rate of inspection lots and inspection characteristics is displayed for the following views:
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Manage Control Charts | With this app, you can display and manage control charts. Control charts graphically represent the characteristic values in an inspection and help detect deviations by comparing measured values against action limits. |
Manage Quality Tasks | With this app, the quality engineer can display, manage, and analyze quality tasks. Quality tasks are assigned to (generic) defects and usually document defect analysis, resolution, or mitigation. The quality engineer can get a list of tasks, the respective status and whether or not a task processor has been assigned. Furthermore, a graphical to-do list is generated by displaying the number of tasks as a function of time. |