Mivon turns past exam papers into structured learning experiences that help students understand how questions are formed — not just what the answers are.
Students cycle through past papers in isolation — no pattern recognition, no scaffolding. Just raw repetition.
Rote answers don't transfer. Students who recognize question structures perform consistently better across all variations.
Exam boards reuse underlying patterns endlessly. Missing these patterns means being surprised by 'new' questions that aren't.
Import past papers from any board — AQA, OCR, Edexcel, IB. Mivon parses structure, mark schemes, and command words automatically.
Pattern clusters are built across years. Questions about the same underlying concept, phrased differently, are linked into a unified model.
Each pattern becomes a generator. Students practice the same underlying reasoning through an endless stream of structurally distinct questions.
Mivon maps semantic clusters across decades of papers, surfacing the underlying logic of how exam boards construct questions — not just what they ask.
A language model trained on exam-board conventions generates structurally valid variations. Each follows marking criteria and command-word conventions.
Curated packs group questions by concept, not year. Study cell biology across 15 years of AQA in one focused session.
Timed, full-paper sessions that mirror real exam conditions — complete with AI-generated mark schemes and examiner commentary.
Browse by topic, select a question pattern, and watch Mivon generate structurally sound variations in real time.
Topics
Question Feed
AI Variations
Generated for Q1
How would a mutation in the ATP synthase gene affect the efficiency of aerobic respiration?
Compare chemiosmosis in mitochondria versus chloroplasts, highlighting structural differences.
A student claims that ATP is produced directly by the electron transport chain. Evaluate this claim.
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