KnownessKnowness

Built on how learning actually works.

Knowness is designed around proven learning and cognitive neuroscience principles, turning good study habits into everyday product flows.

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Six principles, built into the platform.

These techniques are most useful when they become part of how a student learns, practises, checks, and revisits content.

Principle 1

Dual Coding

Students understand and remember more when words and visuals support each other.

Knowness pairs explanations with diagrams, figures, worked examples, and visual cues so students can build stronger mental models instead of relying on text alone.

Diagrams and figures sit beside the explanation they support.

Captions, labels, and worked examples make abstract ideas easier to inspect.

Students can move between reading, seeing, and practising without changing tools.

Lesson explanation

Words and visuals together

A diagram sits beside the explanation, so the student can connect the label, image, and idea at the same time.

Caption

Visual cues make the concept easier to recall later.

Principle 2

Retrieval Practice

Memory gets stronger when students actively recall knowledge instead of only rereading it.

Flashcards, exercises, and checkpoint questions ask students to bring ideas back from memory, then use feedback to close gaps.

Embedded flashcards prompt recall at the point where knowledge matters.

Exercises ask students to produce answers, not just recognise them.

Feedback separates what was remembered from what needs another attempt.

Embedded in the lesson

The CPU fetches an instruction from memory, decodes what needs to happen, then executes the operation.

Flashcard

What happens during the fetch-decode-execute cycle?

Principle 3

Spaced Practice

Reviewing material over time helps learning last longer than one-off cramming.

The revision system brings cards back at useful intervals, so weaker knowledge reappears sooner and stronger knowledge is maintained over time.

Due cards return at intervals shaped by previous attempts.

Harder material comes back sooner so weak knowledge is not left behind.

Streaks and review signals make consistency visible without manual tracking.

Spaced Repetition

Due today

24 due
12345678910

Next review

Weaker cards return sooner. Stronger cards wait longer.

Principle 4

Interleaving

Mixing related topics helps students choose the right method, not just repeat the last one.

Knowness can move students across topics and question types, building flexible understanding for exams where problems rarely arrive in neat blocks.

Revision can mix concepts instead of keeping every topic isolated.

Students practise choosing the right method for the question in front of them.

Course structure keeps context clear while still encouraging flexible recall.

Mixed practice queue

1

Algorithms

2

Memory

3

Networks

4

Logic

Principle 5

Concrete Examples

Abstract ideas become easier to understand when students see them in real examples.

Lessons use concrete cases, examples, and applied scenarios before students are expected to generalise the underlying concept.

Examples ground new ideas before students meet more abstract language.

Worked steps show how expert thinking unfolds, not just the final answer.

Applied scenarios help students recognise the same idea in unfamiliar forms.

Worked example

From idea to application

Example

A queue at a printer behaves like FIFO: the first document sent is the first one printed.

Concept

Example

Apply

Principle 6

Elaboration

Explaining how and why ideas connect helps students deepen their understanding.

Knowness encourages students to explain answers, compare ideas, and connect new knowledge to what they already know.

Answer boxes give students space to explain reasoning in their own words.

Feedback highlights connections, missing links, and better explanations.

Progress views help students reflect on how understanding is changing.

Explain your answer

Reasoning, then feedback

The value is stored in memory so the CPU can fetch it again later.

Feedback

Good link to memory. Add why instructions and data share storage.

Evidence is only useful when students can act on it.

Knowness turns learning science into specific moments: answer a card, revisit a weak idea, compare a worked example, complete a topic, and see progress update clearly.

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Learning loop

Ready to practise

Active recall

Short recall beats passive rereading.

Spaced review

Important ideas return at useful intervals.

Visible progress

Students can see what to do next.