AI Learning Toolkit

Instructor Configuration Panel

Upload a JSON configuration file to change debug challenges and code review scenarios. Students will not see this panel.

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Student Info

Full Name

Student ID (NUID)

Assignment Name

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1Pseudocode Design

2Prompt Engineering

3Generate

4Understand

5Validate

Assignment Question

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Course Outcomes Addressed

Pseudocode Design: Think Before You Prompt

Now that you have read the question, design your solution below. Writing pseudocode forces you to think through the logic before touching any AI tool.

1. Problem Statement (restate in your own words) 2. Data Structures (what data do you need to store?) 3. Functions / Methods (list every operation you need) 4. Write Your Pseudocode (full algorithm in plain English) 5. Identify Edge Cases 6. Self-Review Checklist

I identified all the data I need to store I listed every function and what it does My pseudocode covers the full algorithm step by step I considered at least 2 edge cases I know the input, output, and core logic of each function

Step 1

Prompt Engineering: Convert Pseudocode to AI Prompt

Now translate your pseudocode design into a precise prompt for the AI tool. The better your pseudocode, the better the AI output. Your pseudocode is shown below for reference.

Your Pseudocode (from Pseudocode Design):

1. Language and Constraints 2. Code Style Requirements 3. Specific Patterns to Include (from your pseudocode) 4. Example Input/Output (from your edge cases)

Your Constructed Prompt (auto-generated from pseudocode and requirements):

Fill in the fields above and click Build Prompt...

5. Final Prompt (review, edit if needed, then copy to your AI tool)

Step 2

Generate: Paste Your Prompt and AI Output

Paste the exact prompt you gave the AI tool and the code it generated. Do not modify the AI output here.

Your Prompt AI Tool Used AI-Generated Code (paste exactly as received)

Compare: Does the AI output match your pseudocode?

How closely does the AI code match your pseudocode design? What did the AI do differently from your pseudocode?

Step 3

Understand: Explain What the Code Does

Prove that you understand the AI-generated code by explaining it in your own words. Compare it against your original pseudocode.

Line-by-Line Explanation

What is the input?

What is the output?

What is the core logic?

Does the AI code handle all the edge cases you identified in your pseudocode? Anything you did not understand?

Step 4

Validate: Test, Modify, and Assess

Test the AI code with at least 3 test cases (including edge cases from your pseudocode). Document what you changed.

Test Cases (minimum 3 - use the edge cases you identified in your pseudocode)

What did you change from the AI output? Why did you make these changes? Self-Assessment: Rate the AI output quality (1 = mostly wrong, 10 = perfect)

5/10

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Debug the AI Challenge

Find and Fix Bugs in AI-Generated Code

Using default challenges

The code below was generated by an AI tool and contains bugs. Find each bug, identify the line, and write the corrected code.

00:00

Your Bug Fixes

Line #Error TypeCorrected Code

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Code Review Simulator

Compare AI-Generated vs Human-Written Code

Using default scenario

Below are two solutions to the same problem. Review both critically and answer the questions.