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CogniGuide

Instant AI Matching Quiz Creator for Perfect Recall

Stop manually pairing terms. Upload your study materials or use a simple prompt, and watch the AI instantly structure comprehensive matching quizzes tailored to your exact content.

No credit card required

Trusted by learners from top universities

University of California, BerkeleyUniversity of MichiganGeorgetown UniversityUniversity of Southern CaliforniaUniversity of Wisconsin-MadisonUniversity of Illinois Urbana-Champaign

From Study Material to Assessment in Seconds

Our platform leverages advanced NLP to ensure your practice tests drive genuine knowledge retention through active recall and detailed feedback.

Turn Notes into Custom Matching Sets

Upload PDFs, presentations, or lecture slides, and the AI intelligently extracts core terms and definitions to create accurate, curriculum-specific matching exercises.

Deep Contextual Pairing & Explanations

Beyond simple term matching, the AI generates robust multiple-choice questions featuring detailed explanations for every option, fostering deep understanding, not just memorization.

Seamless Exam Simulation & Export

Practice interactively to simulate real testing conditions, or export your finalized assessment bundle in formats essential for educators: PDF, Word, QTI 2.1, or Moodle XML.

Build Expert-Level Assessments in Three Steps

Harnessing AI for effective formative assessment has never been simpler. Focus on learning; we handle the test construction.

  1. 1

    1. Supply Your Source Material

    Upload your proprietary course documents (PDF, DOCX, PPT) or input a detailed text prompt describing the concepts you need tested.

  2. 2

    2. AI Constructs Matches & Questions

    Our specialized engine analyzes your input, identifies key paired concepts, and instantly generates high-quality, unique questions based on those relationships.

  3. 3

    3. Practice, Review, or Export

    Engage immediately in interactive study mode or choose your required standard format. Your custom matching quiz is ready for immediate use.

Why Use an AI Matching Quiz Creator?

Creating effective matching exercises manually is tedious and prone to errors in pairing complex, nuanced information. Relying on generic online quizzes means missing crucial syllabus points. Our AI matching quiz creator solves this by processing your specific study guides, ensuring every generated pair is directly relevant to what you need to master.

  • Ensures concept relevance to your specific study documents.
  • Provides comprehensive explanations aiding knowledge checks.
  • Supports exporting to critical institutional standards like QTI and Moodle XML.

By integrating this tool, you move beyond simple memorization toward true application of knowledge, using highly customized formative assessment driven by machine learning expertise.

Frequently Asked Questions

Quick answers regarding our document processing and quiz generation capabilities.

How does the AI determine which terms match which definitions?

The AI uses advanced Natural Language Processing (NLP) models to analyze the semantic relationships and contextual proximity within your uploaded documents. It identifies core concepts and their corresponding definitions, properties, or consequences to construct valid, high-utility matching pairs.

What types of files can I upload to generate my quiz?

You can upload standard document formats including PDFs, Microsoft Word (.docx), and PowerPoint (.pptx) files. You can also upload images containing text that the AI will process.

Can I export the generated matching quiz for offline use?

Yes. We support exporting your custom assessments to PDF, Microsoft Word (.docx) for easy printing, and specialized educational formats like QTI 2.1 and Moodle XML for use in various Learning Management Systems (LMS).

Is the AI matching quiz creator free to use?

Yes, we offer a free plan that allows you to test the AI's capabilities with a limited number of generation credits. Paid plans unlock higher credit limits and access to our most advanced generative models for complex source materials.