Notes Generator
Generate structured educational notes following Bloom's Taxonomy for effective learning progression.
Instructions
Step 1: Gather Input
- •
Check if the user provided a reference file path
- •If yes: Read the file content to extract key concepts
- •If no: Use the provided topic title as the basis
- •
Identify the subject matter and scope of the topic
Step 2: Research (if needed)
If the topic requires additional context or the reference file is insufficient:
- •Use WebSearch to gather foundational information
- •Focus on beginner-friendly explanations and examples
Step 3: Generate Notes Structure
Create notes following Bloom's Taxonomy levels (beginner-friendly approach):
Level 1: Remember (Foundation)
- •Purpose: Basic recall of facts and concepts
- •Content to include:
- •Key definitions and terminology
- •Important facts and figures
- •Basic concepts and principles
- •Memory aids (mnemonics, acronyms)
Level 2: Understand (Comprehension)
- •Purpose: Demonstrate understanding of ideas
- •Content to include:
- •Explanations in simple language
- •Real-world analogies and comparisons
- •Visual descriptions or diagrams (text-based)
- •Summaries of main ideas
Level 3: Apply (Practice)
- •Purpose: Use knowledge in new situations
- •Content to include:
- •Step-by-step procedures
- •Practical examples
- •Simple exercises or problems
- •Common use cases
Level 4: Analyze (Break Down)
- •Purpose: Break information into parts
- •Content to include:
- •Comparisons and contrasts
- •Cause and effect relationships
- •Pattern identification
- •Component breakdown
Level 5: Evaluate (Judge)
- •Purpose: Make judgments based on criteria
- •Content to include:
- •Pros and cons lists
- •When to use vs. when not to use
- •Common mistakes to avoid
- •Best practices
Level 6: Create (Synthesize)
- •Purpose: Produce new or original work
- •Content to include:
- •Mini-project ideas
- •Creative exercises
- •Extension activities
- •"Try it yourself" challenges
Step 4: Format the Notes
Use this Markdown template:
markdown
# [Topic Title] - Study Notes > Generated using Bloom's Taxonomy methodology for progressive learning --- ## 1. Remember (Key Facts) ### Definitions - **Term 1**: Definition... - **Term 2**: Definition... ### Key Points to Memorize - Point 1 - Point 2 ### Quick Reference | Concept | Description | |---------|-------------| | ... | ... | --- ## 2. Understand (Concepts Explained) ### Main Ideas [Explain core concepts in simple terms] ### Analogies [Relate to familiar concepts] ### Visual Overview [Text-based diagram or flowchart] --- ## 3. Apply (Practical Usage) ### Step-by-Step Guide 1. Step one... 2. Step two... ### Examples **Example 1**: [Description]
[Code or demonstration if applicable]
code
### Practice Exercises - [ ] Exercise 1: ... - [ ] Exercise 2: ... --- ## 4. Analyze (Deeper Understanding) ### Breaking It Down [Component analysis] ### Comparisons | Aspect | Option A | Option B | |--------|----------|----------| | ... | ... | ... | ### Relationships [How parts connect to each other] --- ## 5. Evaluate (Critical Thinking) ### Advantages - Pro 1 - Pro 2 ### Limitations - Con 1 - Con 2 ### Best Practices - Practice 1 - Practice 2 ### Common Mistakes - Mistake 1: [What to avoid] - Mistake 2: [What to avoid] --- ## 6. Create (Apply Your Knowledge) ### Mini Projects 1. **Project Name**: Description... ### Challenge Yourself - Challenge 1: ... - Challenge 2: ... ### Further Exploration - Resource 1 - Resource 2 --- ## Quick Review Checklist - [ ] I can define the key terms - [ ] I understand the main concepts - [ ] I can apply this knowledge practically - [ ] I can analyze and compare related concepts - [ ] I can evaluate when to use this knowledge - [ ] I can create something new using what I learned --- *Notes generated on: [Date]*
Step 5: Save the Notes
- •
Determine the output filename:
- •If from reference file:
[original-filename]-notes.md - •If from topic:
[topic-slug]-notes.md
- •If from reference file:
- •
Save in the same directory as the reference file
- •If no reference file, save in current working directory
- •
Confirm the file location to the user
Examples
Example 1: Topic-Based Generation
User Input: "Generate notes on Python Lists"
Output: python-lists-notes.md containing:
- •Remember: List syntax, indexing, common methods
- •Understand: How lists store data, mutability explained
- •Apply: Creating lists, adding/removing items, iteration
- •Analyze: Lists vs tuples vs sets comparison
- •Evaluate: When to use lists, performance considerations
- •Create: Build a to-do list app, data processing exercise
Example 2: Reference File Generation
User Input: "Generate notes from ./chapter3-databases.pdf"
Output: chapter3-databases-notes.md saved in ./ containing structured notes extracted and organized according to Bloom's Taxonomy levels.
Best Practices
- •Keep it beginner-friendly: Use simple language and avoid jargon
- •Include practical examples: Real-world applications aid understanding
- •Build progressively: Each level should build on the previous
- •Make it actionable: Include exercises and challenges
- •Use visual aids: Tables, lists, and text diagrams enhance clarity
Requirements
- •For reference files: File must be readable (text, markdown, PDF, code files)
- •Topic titles should be specific enough to generate meaningful content
- •Internet connection needed if WebSearch is required for additional context