erroneous-example-designer

Generate flawed worked examples with correction scaffolds and teacher reference solutions.

Updated Jun 14, 2026
One-click install
npx skills add https://github.com/vvieira010-pixel/education-agent-skills --skill erroneous-example-designer-vvieira010-pixel
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: erroneous-example-designer
Source: https://github.com/vvieira010-pixel/education-agent-skills/tree/main/Users/vviei/education-agent-skills-main/skills/ai-learning-science/erroneous-example-designer
Command: npx skills add https://github.com/vvieira010-pixel/education-agent-skills --skill erroneous-example-designer-vvieira010-pixel

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps educators create realistic flawed examples that reveal student misconceptions, strengthen error-detection skills, and deepen conceptual understanding through guided correction.

Core Features & Use Cases

  • Realistic Error Design: Creates deliberately flawed worked examples based on common student mistakes rather than artificial errors.
  • Error Analysis Scaffolds: Provides prompts that guide learners to identify, explain, and correct mistakes.
  • Use Case: A mathematics teacher can generate fraction problems containing typical misconceptions so students practise finding and fixing errors after learning the correct method.

Quick Start

Ask the erroneous-example-designer skill to create realistic flawed examples for a specific topic and list the common student errors to target.

Frequently Asked Questions about erroneous-example-designer

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I create erroneous worked examples that target specific student misconceptions?

You create erroneous worked examples by providing a specific problem domain and listing the common student errors to target. The skill then generates realistic flawed examples, correction scaffolds, and learning explanations based on those targeted misconceptions.

What is error-based learning and how does it help students fix their own mistakes?

Error-based learning uses deliberately flawed worked examples to help students identify, explain, and correct misconceptions. By analyzing realistic errors instead of artificial ones, learners strengthen error-detection skills and deepen conceptual understanding through guided correction.

Can I use erroneous examples for formative assessment and self-explanation activities across different subjects?

Yes, erroneous examples apply to formative assessment and self-explanation activities across subject areas. You supply the structured inputs for the problem domain and target errors, and the skill generates flawed examples with teacher reference solutions for any educational scenario.

How do I design flawed examples that prompt students to explain and correct errors?

You design flawed examples by supplying structured inputs detailing the problem domain and target errors. The skill generates realistic flawed examples alongside error analysis scaffolds, which provide prompts that guide learners to explain and correct the mistakes.

What inputs do I need to generate flawed examples for a mathematics topic?

You need to provide structured inputs identifying the specific problem domain and the common student errors you want to target. The skill uses these inputs to generate flawed examples, correction scaffolds, learning explanations, and teacher reference solutions.

Are deliberately flawed examples better than artificial errors for teaching error detection?

Yes, realistic flawed examples based on common student mistakes are more effective than artificial errors. They reveal actual student misconceptions, which strengthens error-detection skills and deepens conceptual understanding through guided correction and self-explanation.