What NeurofiED Teaches in English and Maths

NeurofiED currently teaches English and Maths through structured lessons that combine a story or context, explicit explanation, guided activity, independent application and recap. Families can inspect one public English lesson and one public Maths lesson before signing up.[6] The current live subject scope described here is English and Maths; this article does not present Verbal Reasoning or Non-Verbal Reasoning as available products.

This is a map of what families can see and use now, not an independent claim that the platform guarantees an admissions result or works equally for every child.

Contents

The current subject map

What English teaching looks like

What Maths teaching looks like

The lesson rhythm

How learning-science ideas appear

Two worked examples

How parents can evaluate the fit

Common misunderstandings

Adjustment cues

Frequently asked questions

Next step

The current subject map

The public examples page presents two subjects: English Mastery and Maths. It provides a complete sample lesson for each, including teaching sections, interactive practice and a final challenge or application.[6]

The visible English sample focuses on figurative language and precise word choice. The visible Maths sample focuses on writing and simplifying ratios.[6] These examples demonstrate the format and parts of the current learning experience. They should not be read as a list of every topic or as evidence that every possible 11+ specification is covered.

A useful way to understand the scope is:

English: developing language knowledge and making reasoned choices in reading and writing;

Maths: understanding mathematical ideas, representing relationships and applying methods to questions;

learning routine: teaching an idea, asking the learner to use it, explaining errors and returning to prior knowledge.

The public science page describes NeurofiED's intended loop as teach, retrieve, explain and revisit.[7] Because that is NeurofiED's own page, it is evidence of the platform's stated approach—not independent evidence of effectiveness.

What English teaching looks like

The public English lesson uses a story setting to introduce figurative language and precise word choice. It then separates the key ideas, gives examples, presents common traps, provides guided practice and ends with a short writing task.[6]

Figurative language

The sample distinguishes several devices:

a simile compares using like or as;

a metaphor states that one thing is another;

personification gives a non-human thing human action or qualities;

an idiom has a meaning that cannot be understood only from the literal words.

A child needs more than the labels. They should identify the language, explain the image or effect and decide whether it fits the purpose.

Compare:

> The waves were as tall as towers.

This is a simile because it compares the waves with towers using as. It emphasises height.

> The sea was a hungry beast.

This is a metaphor because the sea is described as though it were a beast. The choice suggests danger and appetite; it is not a literal classification.

Precise word choice

The English sample also asks learners to replace vague language with a more exact word.[6]

Consider:

> The dog was very big.

Possible revisions include:

“The dog was enormous” if size is the only intended idea;

“The towering dog blocked the doorway” if height and physical presence matter;

“The heavy-set dog lowered its head” if build is more relevant than height.

There is no universally “best” long word. Precision means choosing the word that carries the intended meaning. A rare synonym that the writer cannot use accurately is not an improvement.

What parents should look for

When watching a child work through English material, ask:

Can they explain why an answer fits?

Can they distinguish a device from its effect?

Can they improve a sentence without making it cluttered?

Can they apply the idea in a fresh sentence?

Do they correct a misconception after feedback?

These questions focus on visible understanding rather than assuming completion alone proves mastery.

What Maths teaching looks like

The public Maths sample teaches writing and simplifying ratios. It uses a visual story context, then explains order, common factors, equivalent ratios and the difference between a part-to-part ratio and a part-to-whole fraction.[6]

Writing a ratio in the correct order

If a mixture contains two blue spoonfuls and three green spoonfuls:

blue : green = 2 : 3

The order follows the words. Reversing the comparison gives:

green : blue = 3 : 2

These are related but not interchangeable.

Simplifying a ratio

To simplify 12 : 18, divide both parts by the same common factor. Six divides both:

12 : 18 = 2 : 3

The relationship remains the same because both quantities are scaled equally.

For a three-part ratio:

10 : 15 : 25

Five is a common factor of all three parts, so:

10 : 15 : 25 = 2 : 3 : 5

Dividing only two parts would change the relationship.

Avoiding the part-whole trap

In the ratio 2 : 3, there are five parts altogether. If two parts are blue and three are green, the blue share of the whole is:

2/5, not 2/3.

The fraction 2/3 compares blue directly with green; it does not represent blue as a fraction of the total mixture.

What parents should look for

Ask whether the child can:

preserve the named order;

divide every part by the same factor;

explain why two ratios are equivalent;

connect a ratio to the total number of parts;

transfer the method from a picture to a verbal problem.

A correct simplified answer with reversed labels is not fully correct reasoning.

The lesson rhythm

The public examples describe and display a repeatable lesson structure.[6]

1. Context

A short story or setting gives the lesson a purpose. Context can make a question memorable, but it should not hide the idea. The child should still be able to state what they are learning in plain language.

2. Explicit teaching

The lesson names the concept, shows examples and distinguishes common traps. This is the point at which the learner should build an initial mental model rather than being expected to discover every rule unaided.

3. Guided practice

Activities such as fill-in tasks, matching and quick checks let the child apply the idea with a constrained response. These can expose confusion early.

4. Independent application

The child then writes, solves or chooses with less support. This stage matters because recognising an explanation is not the same as producing a response.

5. Recap

Key ideas return at the end. The public examples also link to flashcard pages for a brief review.[6]

Families should judge the rhythm by what the child does at each stage. Story, visuals and interaction are delivery features; understanding is visible when the learner can explain and apply the idea.

How learning-science ideas appear

NeurofiED's science page describes five design principles: retrieval rather than rereading, spacing and interleaving, explanatory feedback, motivation tied to learning actions and attention to cognitive load.[7]

Those labels can be translated into concrete questions:

Retrieval: Does the child sometimes attempt an answer before seeing it?

Spacing: Does earlier material return after a gap?

Interleaving: Does the learner sometimes need to choose among known methods rather than being told the method by the heading?

Feedback: Does an error receive an explanation that helps the next attempt?

Cognitive load: Is the presentation clear enough that decorative complexity does not compete with the concept?

The public lesson examples show interactive checks and explanations.[6] The broader scheduling and adaptation a particular child experiences should be evaluated through actual use rather than inferred from the labels alone.

No platform page can independently establish its own efficacy. Individual outcomes vary, and a feature list should not be converted into a promise about scores, ranking or school admission.

Two worked examples

English: precise word choice

Prompt:

> Replace went with a more precise verb: “Nora went across the icy path, testing each step before shifting her weight.”

A strong option is edged:

> Nora edged across the icy path, testing each step before shifting her weight.

Reasoning:

The character moves carefully.

“Testing each step” suggests slow progress.

Edged carries both gradual movement and caution.

Dashed would conflict with the evidence.

The point is not to reward the longest synonym. It is to align the verb with the sentence.

Maths: ratio and the whole

Prompt:

> A box contains 12 red counters and 18 yellow counters. Write red : yellow in simplest form, then state the fraction of all counters that are red.

First simplify the ratio:

12 : 18 = 2 : 3

There are 30 counters altogether, so the red fraction is:

12/30 = 2/5

The two answers have different forms because they answer different questions:

red compared with yellow: 2 : 3;

red compared with the whole: 2/5.

Ask the child to explain this distinction aloud. If they can perform the simplification but write 2/3 for the fraction, the issue is conceptual rather than arithmetic.

How parents can evaluate the fit

Use the public lessons as observation opportunities, not as a performance audition.

Before the lesson

Ask the child what they already know about the topic. Keep the answer; do not pre-correct every point.

During the lesson

Notice:

whether instructions are understandable;

whether the child can navigate the activities;

which explanations lead to an improved second attempt;

whether the context supports or distracts from the idea;

whether challenge is appropriate.

After the lesson

Use three questions:

“What was the main idea?”

“Show me one example without reopening the explanation.”

“What mistake might someone make, and how would you correct it?”

For the English sample, a child might explain the difference between a simile and metaphor and write one accurate example. For the Maths sample, they might simplify a fresh ratio and distinguish part-to-part from part-to-whole.

Make a decision from evidence

A useful fit decision can include several dimensions:

the child understood the teaching language;

the activities revealed rather than concealed errors;

feedback supported correction;

the child could explain something afterwards;

the format was engaging without becoming the whole reason for continuing;

the routine fits family expectations and practical constraints.

One enjoyable lesson does not prove long-term impact, and one awkward moment does not settle the question either. Use the concrete observations.

Common misunderstandings

“It teaches every 11+ subject”

This page describes the current live English and Maths scope. It does not state that Verbal Reasoning or Non-Verbal Reasoning products are live.

“A story replaces explicit teaching”

The public examples use story settings alongside named concepts, examples, guided practice and independent work.[6] Context should support the explanation, not substitute for it.

“Interactive means the child understood”

Completing a drag, match or multiple-choice item is one piece of evidence. Ask for a fresh example or explanation afterwards.

“Learning science guarantees results”

It does not. The science page states NeurofiED's design approach.[7] It is not an independent guarantee of an individual outcome.

“More difficult vocabulary is always better writing”

Precise language fits meaning and purpose. An obscure or misused synonym can make a sentence worse.

“Ratio simplification is just a division trick”

The operation preserves a relationship because every part is scaled by the same factor. If the relationship cannot be explained, return to a picture or concrete example.

Adjustment cues

If the story distracts from the concept

Pause and ask the child to state the lesson goal in one sentence. Return to the worked example, then re-enter the activity.

If guided tasks are easy but independent work is hard

Add an intermediate step: complete one new example together while reducing prompts. Recognition may be ahead of production.

If errors repeat after feedback

Stop accumulating questions. Re-explain the idea with a contrasting example and then use one fresh check.

If the child is accurate but cannot explain

Ask “Why does that method preserve the relationship?” or “Which words in the sentence made that verb fit?” Treat explanation as part of the task.

If the work is consistently secure

Vary the context or ask the child to diagnose an incorrect answer. Do not add volume simply because the page is available.

Frequently asked questions

Which subjects are currently represented?

English Mastery and Maths are the current public subject examples.[6] This article intentionally makes no live-product claim for Verbal Reasoning or Non-Verbal Reasoning.

Can we inspect lessons without signing up?

The examples page states that the English and Maths examples are available without signup or card details.[6]

What does the English example teach?

It focuses on recognising figurative language and improving vague wording with precise choices.[6]

What does the Maths example teach?

It focuses on writing ratios, preserving order, simplifying with common factors and distinguishing part-to-part ratios from part-to-whole fractions.[6]

Does completing a sample predict an admissions outcome?

No. A sample helps a family inspect format, teaching and interaction. It cannot responsibly predict a score, rank or admission result.

How should we use the science page?

Use it to understand NeurofiED's stated design principles and ask how those principles appear in the experience. Do not treat a first-party method page as independent proof of efficacy.

Next step

Open one English or Maths example, let your child work through the teaching and application, and use the three after-lesson questions above. If the current experience fits your family, start your free trial.

Sources

[6] https://www.neurofied.co.uk/examples [7] https://www.neurofied.co.uk/science