Fish Bone Chart for Power BI

Fishbone Chart by Office Solution

The fishbone chart, also known as an Ishikawa or cause-and-effect diagram, is a visual tool used to systematically identify and present the potential causes of a specific problem or effect. It is called a Fishbone Chart because its structure resembles the skeleton of a fish.

Structure of a Fishbone

1. Head (Effect/Problem): The head of the fish represents the problem or effect that needs to be analyzed. This is typically placed on the left/right side of the diagram.
2. Spine: A horizontal line (spine) runs from the head to the right side of the chart, representing the main flow from causes to effect.
3. Bones: Angled lines (major bones) branch off from the spine, each representing a major category of potential causes.
4. Sub-Bones: Smaller branches (sub-bones) extend from each major bone, representing detailed sub-causes or specific factors within each major category.

Basic Features:

• Visual Clarity: The visual can be clearly visible and used for the identification of causes/main-causes.
• Size: The chart is resizable and dynamic in nature according to the size as well as the fish-size, bone size (stroke width).
• Dynamic Data Handling: Capable of managing large datasets with ease, ensuring smooth performance and quick rendering.
• Customizable Dimensions: The chart dimensions can be adjusted to fit various screen sizes and layouts, ensuring flexibility and adaptability.
• Colors: The colors of the chart can be customized from the visual settings under the visualization pane.
• Text Size: The text size of texts can be dynamically and easily handled by the user.

Premium Features:

• Logo Removal: The premium version supports the removal of the logo.
• Dropdown: Dropdown feature that helps the user to select the particular data, by simply choosing the option from the dropdown. Make sure more than one data is added.
• +Basic Features

Use Cases:

• Manufacturing:
  • Quality Control: Identifying the root causes of defects or quality issues in the production process.
  • Process Improvement: Analyzing delays or inefficiencies in the manufacturing workflow.
  • Equipment Failure: Diagnosing the reasons behind machinery breakdowns or maintenance problems.
• Healthcare:
  • Patient Safety: Investigating the causes of medical errors or adverse events.
  • Process Optimization: Improving patient flow, reducing waiting times, and enhancing the efficiency of hospital operations.
  • Infection Control: Identifying the factors contributing to hospital-acquired infections.
• Service Industry:
  • Customer Satisfaction: Understanding the reasons behind customer complaints or low satisfaction scores.
  • Service Delivery: Analyzing delays or errors in service delivery processes.
  • Employee Performance: Identifying factors that affect employee productivity and performance.
• Education:
  • Student Performance: Exploring the reasons for poor academic performance or low test scores.
  • Teaching Effectiveness: Identifying factors that influence the effectiveness of teaching methods and strategies.
  • Administrative Issues: Analyzing problems related to school administration and operations.
• Software Development:
  • Bug Analysis: Identifying the root causes of software bugs or system crashes.
  • Project Delays: Analyzing the reasons for project timeline slippages.
  • Performance Issues: Investigating the causes of poor software performance or slow response times.
• Business and Management:
  • Project Management: Understanding the causes of project failures or delays.
  • Risk Management: Identifying potential risks and their causes in a project or business process.
  • Market Analysis: Analyzing the reasons behind market share loss or poor product performance.

  Note:

  For more information, visit our website: https://innovationalofficesolution.com

  Read this Lorenz Curve Chart documentation: https://innovationalofficesolution.com/power-bi-charts/fishbone-chart-2

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