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Complete Prompt Engineering Course: From Basics to Mastery

Courses/Complete Prompt Engineering Course: From Basics to Mastery/Lesson 5: Self-Reflection & Self-Critique
55 mins lesson duration•11 mins read

Lesson 5: Self-Reflection & Self-Critique

Teach AI models to evaluate and improve their own outputs through reflection techniques.

The Power of Self-Reflection

One of the most powerful techniques in prompt engineering is getting the model to evaluate and improve its own outputs. This mirrors how human experts work — they don't just produce work, they review and refine it.

Why Self-Reflection Works

  1. Separation of Concerns: Generating and evaluating are different cognitive tasks.
  2. Error Detection: The model can catch mistakes it made in the first pass.
  3. Quality Improvement: Iterative refinement produces better outputs.
  4. Reduced Hallucination: Self-checking reduces made-up information.

Mental model: Think of self-reflection as built-in quality control — the model becomes its own editor, catching errors and suggesting improvements.


Technique 1: Generate → Evaluate → Refine

The fundamental self-reflection pattern:

Step 1: Generate Initial Output

Write a marketing email for our new product launch.

Step 2: Evaluate the Output

Now evaluate this email critically:
- Is the subject line compelling?
- Does the opening hook the reader?
- Is the call-to-action clear and urgent?
- Are there any clichés or weak phrases?
- Score it 1-10 and explain your reasoning.

Step 3: Refine Based on Evaluation

Now rewrite the email addressing all the issues you identified.

Technique 2: Chain of Verification (CoVe)

A structured approach to fact-checking the model's own outputs:

Step 1: Generate initial response Step 2: List all factual claims made Step 3: Verify each claim independently Step 4: Produce final, verified response

Example:

1. Generate: "Write a summary of Python's history"

2. Extract claims:
   - Python was created by Guido van Rossum
   - First released in 1991
   - Named after Monty Python

3. Verify each claim:
   - Guido van Rossum ✓ (confirmed)
   - 1991 ✓ (confirmed)
   - Monty Python connection ✓ (confirmed)

4. Final response: [Verified summary]

Technique 3: Constitutional AI Prompting

Inspired by Anthropic's Constitutional AI, this technique gives the model principles to evaluate its own outputs.

Example:

Write a customer service response to an angry customer.

Then evaluate your response against these principles:
1. Is it empathetic and acknowledge the customer's frustration?
2. Does it avoid blaming the customer?
3. Does it offer a clear resolution?
4. Is the tone professional but warm?
5. Does it maintain brand voice?

If any principle is violated, revise the response.

Common Constitutional Principles:

  • Accuracy: Is the information correct?
  • Helpfulness: Does it actually solve the user's problem?
  • Safety: Is it free from harmful content?
  • Clarity: Is it easy to understand?
  • Completeness: Does it address all aspects of the question?

Technique 4: Refinment Prompts

Structured prompts that guide the model through systematic improvement:

Review the following [content type] and improve it:

[Original content]

Improvement checklist:
1. Clarity: Are any sentences confusing or ambiguous?
2. Conciseness: Can any words be removed without losing meaning?
3. Accuracy: Are all facts correct?
4. Structure: Is the organization logical?
5. Engagement: Is it interesting to read?
6. Grammar: Are there any errors?

For each issue found:
- Quote the problematic text
- Explain why it's an issue
- Provide the improved version

Then provide the complete revised version.

Technique 5: Perspective Shifting

Ask the model to evaluate from different viewpoints:

You're writing a blog post about remote work.

First, write the initial draft.

Then evaluate it from these perspectives:

1. As a CEO: Is this practical and business-focused?
2. As an employee: Does this resonate with daily experiences?
3. As a skeptic: What counterarguments are missing?
4. As an editor: Is the writing quality high?

Synthesize feedback and create an improved version.

Building Self-Reflection Into Your Prompts

Template: Reflective Prompt

[TASK: Your original request]

After generating your response:
1. Identify 3 potential weaknesses or errors
2. Suggest specific improvements for each
3. Rate your confidence in the final answer (1-10)
4. If confidence < 7, explain what additional information would help

Provide your final, improved response.

Common Mistakes to Avoid

  • Mistake: Skipping the evaluation step — Fix: Always include explicit evaluation criteria.
  • Mistake: Accepting the first improvement — Fix: Run 2-3 reflection cycles for critical content.
  • Mistake: Vague evaluation criteria — Fix: Be specific about what "good" looks like.
  • Mistake: Not validating facts — Fix: Use Chain of Verification for factual content.

Professional Tips & Tricks

  • For high-stakes content, always run at least one reflection cycle.
  • Use checklists to make evaluation systematic and repeatable.
  • Document common issues you find — they become prevention items for future prompts.
  • Combine self-reflection with few-shot examples of good evaluations.

Key Takeaways

  • Self-reflection separates generation from evaluation, improving quality.
  • The Generate → Evaluate → Refine pattern is foundational.
  • Chain of Verification fact-checks the model's own claims.
  • Constitutional AI gives the model principles to evaluate against.
  • Perspective shifting catches blind spots by evaluating from multiple viewpoints.

Next up: Handling edge cases and error recovery in prompts.

Interactive Lesson Code Snippet
# Self-Reflection Prompt Templates

## Basic Reflective Prompt
"Write [content type] about [topic].

Then evaluate your response:
1. Identify 3 weaknesses
2. Suggest improvements
3. Rate confidence (1-10)
4. If confidence < 7, explain what would help

Provide final improved version."

## Chain of Verification Template
"1. Answer this question: [question]

2. List every factual claim you made

3. For each claim, provide:
   - Your confidence level (high/medium/low)
   - What evidence supports it
   - Any caveats or uncertainty

4. Produce a final, verified answer"

## Constitutional AI Template
"Complete this task: [task]

Then evaluate against these principles:
- Accuracy: Is all information correct?
- Helpfulness: Does it solve the problem?
- Safety: Is it free from harmful content?
- Clarity: Is it easy to understand?
- Completeness: Are all aspects addressed?

Revise if any principle is violated."

## Perspective Shifting Template
"Write [content] about [topic].

Evaluate from these perspectives:
1. Expert in the field
2. Skeptic/critic
3. End user/consumer
4. Editor for quality

Synthesize feedback and improve."
Language: text

Lesson Code (Python)

# Self-Reflection Prompt Templates

## Basic Reflective Prompt
"Write [content type] about [topic].

Then evaluate your response:
1. Identify 3 weaknesses
2. Suggest improvements
3. Rate confidence (1-10)
4. If confidence < 7, explain what would help

Provide final improved version."

## Chain of Verification Template
"1. Answer this question: [question]

2. List every factual claim you made

3. For each claim, provide:
   - Your confidence level (high/medium/low)
   - What evidence supports it
   - Any caveats or uncertainty

4. Produce a final, verified answer"

## Constitutional AI Template
"Complete this task: [task]

Then evaluate against these principles:
- Accuracy: Is all information correct?
- Helpfulness: Does it solve the problem?
- Safety: Is it free from harmful content?
- Clarity: Is it easy to understand?
- Completeness: Are all aspects addressed?

Revise if any principle is violated."

## Perspective Shifting Template
"Write [content] about [topic].

Evaluate from these perspectives:
1. Expert in the field
2. Skeptic/critic
3. End user/consumer
4. Editor for quality

Synthesize feedback and improve."

Console Output

Self-Reflection Prompt Templates

## Basic Reflective Prompt
"Write [content type] about [topic].

Then evaluate your response:
1. Identify 3 weaknesses
2. Suggest improvements
3. Rate confidence (1-10)
4. If confidence < 7, explain what would help

Provide final improved version."

## Chain of Verification Template
"1. Answer this question: [question]

2. List every factual claim you made

3. For each claim, provide:
   - Your confidence level (high/medium/low)
   - What evidence supports it
   - Any caveats or uncertainty

4. Produce a final, verified answer"

## Constitutional AI Template
"Complete this task: [task]

Then evaluate against these principles:
- Accuracy: Is all information correct?
- Helpfulness: Does it solve the problem?
- Safety: Is it free from harmful content?
- Clarity: Is it easy to understand?
- Completeness: Are all aspects addressed?

Revise if any principle is violated."

## Perspective Shifting Template
"Write [content] about [topic].

Evaluate from these perspectives:
1. Expert in the field
2. Skeptic/critic
3. End user/consumer
4. Editor for quality

Synthesize feedback and improve."

Code Visualization Tips

  • 🧠Create a flowchart showing the Generate → Evaluate → Refine cycle.
  • 🧠Draw a mind map of different self-reflection techniques and when to use each.
  • 🧠Create a checklist template for systematic evaluation.

Professional Tips & Tricks

  • ⚡For critical content, run 2-3 reflection cycles — each iteration catches different issues.
  • ⚡Use specific evaluation criteria, not vague ones like 'make it better'.
  • ⚡Document common issues you find — they become prevention items for future prompts.

Python Code Judge & Practice Arena

LeetCode Style

Run real Python 3.12 WebAssembly code directly in your browser against automated test suites.

Solved:0 / 2
0 / 50 XP
Challenges:
Problem 1 of 2

Self-Reflection Exercise

Medium+20 XP
Write a short product description, then use the Generate → Evaluate → Refine technique to improve it. Show all three stages.
main.pyPython 3.12 (WASM)
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Press Run Code to test or Submit to verify test cases

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Quick Check: Self-Reflection & Self-Critique

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What is the basic self-reflection pattern?

Up next · Continue learning

Error Recovery & Edge Case Handling

Learn techniques for handling errors, edge cases, and unexpected outputs in your prompts.

10 mins read50 mins
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Previous: Chain-of-Thought VariantsNext: Error Recovery & Edge Case Handling
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