# The Power of Algorithmic Thinking and AI Prompting

Tara H

0

### The Power of Algorithmic Thinking and AI Prompting

If Curious, Then Learn: A Brief Intro to Algorithmic Thinking

Algorithmic thinking is a fundamental skill that goes beyond simply knowing what an algorithm is. It involves the ability to think step-by-step and construct your own set of instructions to solve a problem. While memorizing formulas is one way to approach a task, true algorithmic thinking requires the creation of your own unique solutions.

To develop algorithmic thinking skills, various methods can be employed. For instance, using visual aids like flowcharts can help illustrate decisions and results. Branching stories are another effective resource, as they encourage students to think in terms of cause and effect. Additionally, writing instructional narratives or directions and even creating a recipe can help students grasp the underlying concept of algorithms.

Interestingly, games often serve as playful ways to interact with rules, making them ideal platforms for learning algorithmic thinking. For example, recognizing patterns in Tic-tac-toe can help develop a Tic-tac-toe-solving algorithm. By engaging with games, students learn to recognize, construct, and eventually break the rules—an essential skill in thinking algorithmically.

### "A guide to prompting AI (for what it is worth)"

When it comes to working with AI, understanding how to prompt it effectively can make a significant difference. Instead of issuing a single command and expecting the desired output, it is more fruitful to collaborate with the AI throughout the process. Treating the AI as a partner rather than a tool can lead to more satisfactory results.

To prompt AI successfully, it can be helpful to establish the perspective or role you want the AI to take. For instance, instructing the AI to act as a teacher of MBA students will yield different output compared to asking it to adopt the role of a circus clown. By providing contextual information, you guide the AI's thinking and generate more relevant responses.

Adding stylistic instructions to your prompts can also enhance the AI's output. You can specify a particular writing style, such as emulating the tone of the New Yorker or adopting a casual approach. Additionally, you can request the AI to avoid repetition or make the text accessible to a 10th-grade reading level. These instructions help tailor the AI's response to your specific needs.

It is worth noting that AI-generated content may include fabricated information. However, asking the AI to show its work or provide sources can mitigate this risk to some extent. Requesting transparency from the AI not only minimizes the likelihood of inaccuracies but also facilitates fact-checking. By encouraging the AI to reveal its sources, you gain more control over the reliability of the generated content.

• 1. Practice Algorithmic Thinking: Engage in activities that require step-by-step problem-solving, such as creating flowcharts, writing narratives, or playing strategy games. These exercises will enhance your ability to think algorithmically and find efficient solutions.
• 2. Collaborate with AI: Rather than treating AI as a mere tool, involve it as a partner in the creative process. Clearly communicate the perspective or role you want the AI to adopt, and provide contextual information to guide its thinking. This collaborative approach will yield more satisfactory results.
• 3. Ensure Transparency: When utilizing AI-generated content, ask the AI to show its work or provide sources. This helps minimize the risk of fabricated information and allows for easier fact-checking. By prioritizing transparency, you can have greater confidence in the reliability of the AI's output.

In conclusion, algorithmic thinking and effective AI prompting are powerful tools that can enhance problem-solving and creativity. By honing your algorithmic thinking skills and understanding how to collaborate with AI, you can leverage these technologies to their fullest potential. Remember to practice algorithmic thinking, treat AI as a partner, and prioritize transparency to make the most of these valuable tools.

### Resource:

1. "If Curious, Then Learn: A Brief Intro to Algorithmic Thinking", https://medium.com/tech-based-teaching/if-curious-then-learn-a-brief-intro-to-algorithmic-thinking-ba683bf44994 (Glasp)
2. "A guide to prompting AI (for what it is worth)", https://www.oneusefulthing.org/p/a-guide-to-prompting-ai-for-what?ref=eleanorkonik.com (Glasp)

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