Fishbone diagrams are related to CT decomposition.

Decomposition in CT

This involves breaking down complex problems into smaller, more manageable parts. By decomposing a problem, it becomes easier to understand each component and how they interact. In the context of programming or digital storytelling, this could mean separating the narrative structure, user input handling, graphical interface, and backend logic.

Fishbone Diagram Method

Also known as the Ishikawa or cause-and-effect diagram, this tool is used to identify, categorize, and analyze potential causes of a problem. The main problem is at the 'head' of the fish, with different 'bones' representing categories of causes, which are further broken down into specific contributing factors.

Similarity of CT decomposition with Fishbone diagrams

The similarity lies in the systematic breakdown of a larger issue into constituent elements. In both CT and the fishbone method:

• Complex problems are dissected into more digestible elements.
• The process facilitates a clearer understanding of the problem by visualizing its various components and their interrelationships.
• It aids in identifying root causes or key factors contributing to the problem.

Thus, the fishbone diagram can be seen as a practical tool embodying the principle of decomposition in computational thinking. It provides a structured approach to dissecting and examining the components of a problem, which is essential in both effective problem-solving in CT and thorough root cause analysis in various fields.

See this Figjam for some example diagrams:

https://www.figma.com/file/6xYQoIK4zacLllBwUsLUCw/Fishbone-CT?type=whiteboard&node-id=0%3A1&t=NBja4DDSmXlzyCcE-1

Fishbone-based advanced computational thinking pedagogy provides students with a structured framework to approach complex problems, fostering critical thinking, problem-solving, and analytical skills.

It encourages students to think systematically, consider multiple perspectives, and develop innovative solutions to real-world challenges.

By integrating computational thinking with the fishbone diagram, students gain a deeper understanding of the factors influencing a problem and develop the ability to design effective and efficient solutions.