
Crear Diagrama de Ishikawa con Canva | Diagrama Causa-Efecto con Canva | Diagrama Espina de Pescado
El siguiente vídeo muestra como crear un diagrama de Ishikawa (diagrama Causa-Efecto) haciendo uso de la plataforma de diseño gráfico Canva, te mostraremos el paso a paso para graficar esta poderosa herramienta de control de calidad. Crear Diagrama Ishikawa con Minitab: https://www.youtube.com/watch?v=EjNt7LNK0vc Crear Diagrama Espina Pescado con R: https://www.youtube.com/watch?v=A0yRY2E29xA Crear Diagrama de Gantt con Excel: https://www.youtube.com/watch?v=i33tFqmkrX4 Momentos Claves del Vídeo: 00:00 Introducción 1:19 Plantilla Ishikawa 2:00 Seleccionar plantilla 3:03 Identificar Problema 4:56 Método 6M 9:33 Causa del Problema 11:18 Compartir Canva #canva #calidad #quality
Crear Diagrama de Ishikawa con Canva | Diagrama Causa-Efecto con Canva | Diagrama Espina de Pescado
How to Create a Chicago Diagram Using Canva
Introduction to the Chicago Diagram
- Renzo introduces the Chicago diagram, also known as the Ishikawa or fishbone diagram, which is a quality control tool designed to identify factors causing an effect or problem.
- The video aims to demonstrate how to generate this diagram using Canva, highlighting step-by-step instructions and available templates.
Getting Started with Canva
- Viewers are directed to the official Canva website, emphasizing its popularity as a graphic design platform.
- Users must create an account on Canva by providing their name, surname, and email address before accessing templates for the Chicago diagram.
Selecting a Template
- In the search bar of Canva, users should type "Ishikawa diagram" or "Chicago diagram" under templates to find various graphical representations.
- Renzo selects a simple yet effective template for creating the Chicago diagram that allows for clear representation of information.
Editing the Diagram
- Once in the editing area of Canva, users can customize their selected template. The focus is on placing specific problems at the head of the fishbone structure.
- The identified problem within an organization is added at the top of the diagram; in this case, it’s labeled as “dispersion of reading results.”
Utilizing the 6M Methodology
- Renzo explains using the 6M method (Manpower, Machinery, Materials, Methods, Measurements, and Environment) to categorize causes related to identified problems.
- Each category is added sequentially: Manpower first followed by Machinery and Materials. This structured approach helps clarify potential issues affecting performance.
Finalizing Your Diagram
- After categorizing all relevant factors using 6M methodology (including Measurements and Environment), viewers are guided on how to adjust text size and formatting for clarity.
Creating a Chicago Diagram Using the 6M Method
Introduction to the Chicago Diagram
- The speaker introduces the Chicago diagram, also known as the fishbone or cause-and-effect diagram, emphasizing its utility in identifying problems and their causes.
- The process involves selecting specific causes for each category defined by the 6M method: Manpower, Machinery, Materials, Measurements, and Environment.
Implementing the 6M Method
- Each category under the 6M method is explored with examples of potential causes:
- Manpower: Absence of personnel and high turnover rates.
- Machinery: Issues like obsolete equipment and poor maintenance.
- The speaker notes that these causes will vary based on individual research findings relevant to specific organizational contexts.
Detailed Cause Identification
- Additional categories are discussed:
- Measurements: Incorrect calibration and lack of protocols.
- Environment: Limited space and cleanliness issues are highlighted as common environmental concerns.
Finalizing the Diagram
- Once all causes are identified, users can modify the template name in Canva to reflect "Ishikawa Diagram" before sharing or presenting it.
- The presentation feature in Canva allows users to explain both the main problem identified and its associated causes effectively.
Exporting and Sharing Options
- Users can download their completed diagrams in various formats such as PNG or PDF.
- Instructions for downloading a PDF version are provided, ensuring that users can save their work for future reference.