SparkSchool AI

SPARKSCHOOL AI · MATHS ACCELERATOR

More ways to make the maths click.

Create maths problems, worked solutions and revision at the right level with Maths Accelerator, from foundational numeracy to advanced problem-solving.

A LOOK INSIDE THE WORKFLOW

Start with your classroom.
Build from there.

Give SparkSchool the context. Let AI help with the draft. Bring your experience to the final result.

Find a prompt to get started →
SparkSchool AI Teaching workspace

Prepare fraction comparison practice for three starting points.

  1. Begin with visual models.
  2. Move to independent comparison tasks.
  3. Add reasoning and application challenges.
  4. Check every generated solution before use.
Illustrative example · Review before classroom use
01

Start with the concept

Specify the topic, curriculum context and level of challenge.

02

Build purposeful practice

Prepare worked examples and problems that ask learners to explain their reasoning.

03

Respond to the missing step

Adapt the support and revisit misconceptions with focused practice.

A THOUGHTFUL WAY TO BEGIN

A clear next step.
At every stage.

  1. Set the context

    Bring your grade, curriculum, subject and intended learning outcome.

  2. Create and adapt

    Use the AI-powered workspace to develop the material and refine its level, format and language.

  3. Review and use

    Check accuracy, suitability and curriculum fit before taking it into your classroom.

A few things
you might be wondering.

Who is Maths Accelerator for?
Maths teachers from early numeracy to senior secondary, and teachers preparing learners for olympiads or competitive exams.
Tips for better results
  • Name the topic, level and whether you want fluency, reasoning or problem-solving practice.
  • Ask for step-by-step solutions and check every step.
  • Request problems that ask learners to explain or justify, not just calculate.
  • Include a common error for learners to spot and correct.
  • Mix earlier topics into practice for spaced retrieval.