Retrieval, not re‑reading
Low‑stakes quizzes make children pull answers from memory. This act strengthens memory more than re‑reading or passive review.
We build 11+ practice around proven principles from cognitive and educational neuroscience—so revision is efficient, confidence grows, and knowledge lasts.
From evidence to experience
1. Teach
Build the idea
2. Retrieve
Pull it from memory
3. Explain
Make mistakes useful
4. Revisit
Return at the right time

Five principles. One coherent journey.
Each mechanism has a specific job. Together, they turn a lesson into knowledge a child can find and use again.
Low‑stakes quizzes make children pull answers from memory. This act strengthens memory more than re‑reading or passive review.
We revisit topics after growing gaps (spacing) and mix problem types (interleaving). That combination improves long‑term retention and strategy choice in maths.
Fast, meaningful feedback keeps motivation high and helps the brain reinforce the right strategies.
Points, streaks and badges are tied to learning actions-not busywork. Studies find small but reliable benefits when gamification aligns with learning goals.
Short steps, worked examples and clear goals reduce unnecessary mental load so attention can stay on the maths and reasoning.
Good learning design should support children at the stage they are in, without lowering the intellectual ambition of the work.
Executive functions (planning, monitoring) continue maturing through adolescence; structured retrieval and feedback scaffold these skills.
Learning first
Many 11+ tools are strongest at question volume, mock papers, adaptive difficulty or downloadable practice. Those are useful, but they do not automatically create durable understanding. NeurofiED doubles down on the missing layer: teach the idea, retrieve it, explain mistakes, revisit it, then let children ask a safe lesson-bound tutor when they are stuck.
We wrote a plain-English guide to what learning actually is, and how NeurofiED is built around it.
From the NeurofiED resource library
Why does cramming feel productive but fade so fast? Our guide starts in the brain — neurons, dendritic spines and “use it or lose it” — then shows how retrieval, spacing, interleaving and instant feedback turn that science into better 11+ preparation.
A 7-minute read from our learning science team
Covered in the article
Retrieval
Learning through consistent interaction, not passive videos
Spacing
Returning before the knowledge disappears
Interleaving
Learning to choose the right strategy
Instant feedback
Correcting errors while thinking is fresh
Individual outcomes vary; no platform can guarantee results.
Register now and we’ll reserve your free first month, ready for opening day. You’ll be first to hear when the gates open.