fehleranalyse-protokoll

Name: fehleranalyse-protokoll
Availability: InStock
Author: luuspoo-create

Classify student errors as conceptual, procedural, or slips with root cause analysis.

1|Updated Apr 11, 2026

Search Tags:#feedback #self-assessment #diagnostic #error-analysis #misconception #formative-assessment

Ready to run

npx skills add https://github.com/luuspoo-create/claude-bildungs-skills --skill fehleranalyse-protokoll

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: fehleranalyse-protokoll
Source: https://github.com/luuspoo-create/claude-bildungs-skills/tree/main/schule-selbstregulation/fehleranalyse-protokoll
Command: npx skills add https://github.com/luuspoo-create/claude-bildungs-skills --skill fehleranalyse-protokoll

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill structures the diagnostic process for SuS errors, helping teachers distinguish conceptual misconceptions, procedural misapplications, and slips, so feedback can be precisely targeted and learners develop error-awareness.

Core Features & Use Cases

Classify each error as conceptual, procedural, or a fleeting (slip) error with justification.
Analyze root causes and generate targeted interventions, plus a guided self-analysis scaffold for students.
Use across subjects and tasks to support formative assessment, feedback design, and metacognitive skill development.
Provide a self-analysis framework that supports students in reflecting on their own errors and accountability.

Quick Start

Provide a student-work sample, task description, and subject area to generate a complete diagnostic error analysis.

Frequently Asked Questions about fehleranalyse-protokoll

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

FAQPage Schema

How do I diagnose student errors from a work sample to provide targeted feedback?▼

To diagnose student errors, you analyze a work sample against the task description to classify errors as conceptual, procedural, or slips, which then generates targeted feedback and a root cause analysis.

What is the difference between conceptual misconceptions and procedural errors in formative assessment?▼

Conceptual misconceptions in formative assessment indicate a breakdown in foundational understanding, whereas procedural errors represent misapplications in executing steps, both requiring distinct targeted interventions.

How do I create a self-assessment guide for students to reflect on their own errors?▼

You create a self-assessment guide by using the error classification and root cause analysis to generate a guided self-analysis scaffold, supporting learners in developing error-awareness and metacognitive skills.

Can I use error classification for formative assessment across different subject areas?▼

Yes, you can apply error classification for formative assessment across any subject area where students produce errors, provided you supply the student work sample and task description.

What inputs do I need to generate an evidence-based error analysis protocol?▼

To generate an evidence-based error analysis protocol, you need structured inputs including the student work sample, task description, and subject area, with optional context like correct responses or rubrics.

Why does my student feedback fail to address the root causes of recurring mistakes?▼

Student feedback often fails to address root causes when errors are treated uniformly instead of being classified into conceptual, procedural, or slip categories to uncover underlying misconceptions and procedural gaps.