Our courses

Everything we teach

A Level Maths opens first: Year 12 on 1 December, and Year 13 in January. Further Maths, GCSE, STEP and TMUA are on the way. Pick a course to see what it covers and how RadixMaths helps.

CourseExam boardsAvailability
A Level MathsEdexcel · AQA · OCR · OCR (MEI) · CIEOpens 1 December
A Level Further MathsEdexcel · AQA · OCR · OCR (MEI) · CIEComing soon
GCSE MathsEdexcel · AQA · OCR · WJEC / Eduqas · CIE (IGCSE)Coming soon
STEPSet by OCR · Typically required by Cambridge and WarwickComing soon
TMUASat in October or January · Used by Cambridge, Oxford, Imperial, LSE, Durham and WarwickComing soon

A Level Maths

Opens 1 December

The full A Level: Pure Maths alongside Statistics and Mechanics, taught across two years and examined at the end of Year 13 — usually three papers, whichever board you sit.

Edexcel · AQA · OCR · OCR (MEI) · CIE

What the course covers

  • Pure — proof, algebra and functions, coordinate geometry, sequences and series, trigonometry, exponentials and logarithms
  • Calculus — differentiation, integration, parametric and implicit methods, numerical solutions
  • Statistics — sampling, data presentation, probability, distributions and hypothesis testing
  • Mechanics — kinematics, forces and Newton’s laws, moments and projectile motion
  • Exam technique — custom papers you won’t find anywhere else, under real timing

How RadixMaths gets you ready

Year 12 opens on 1 December and Year 13 follows in January. Every topic is split into short lessons, with a video for each part and questions inside it, so finishing a lesson means you can actually do the maths. Exam-style questions and custom papers you won’t find anywhere else then build from first principles to full exam standard.

Review cards bring each topic back before you forget it, and your Progress page shows your weakest topics and what to do next. When you get stuck, there’s a tutor beside every question and other students in the comments who have just worked through the same thing.

A Level Further Maths

Coming soon

Taken alongside A Level Maths, Further Maths pushes past the core content into complex numbers, matrices and further calculus, plus the applied options your school chooses.

Edexcel · AQA · OCR · OCR (MEI) · CIE

What the course covers

  • Core Pure — complex numbers, matrices, proof by induction, series and vectors
  • Further calculus — improper integrals, volumes of revolution, differential equations
  • Further algebra — roots of polynomials, hyperbolic functions, polar coordinates
  • Optional routes — further statistics, further mechanics or decision maths
  • Exam technique for the faster pace and harder questions

How RadixMaths gets you ready

Every Further Maths topic will be split into short lessons, with a video for each part and questions inside it, so you know you can do the maths before moving on. Exam-style practice then builds up to custom papers you won’t find anywhere else. Review cards will bring topics back before you forget them, and a Progress page will show what to focus on, helping you keep up alongside your main A Level.

It’s for students aiming at degrees like maths, engineering, physics or computer science, where it can be required or give you a real advantage. Register your interest and we’ll email you when it opens.

GCSE Maths

Coming soon

Foundation and Higher tier GCSE, the qualification most sixth forms, apprenticeships and university courses ask for. Usually three papers, with one of them non-calculator.

Edexcel · AQA · OCR · WJEC / Eduqas · CIE (IGCSE)

What the course covers

  • Number — fractions, ratio and proportion, percentages, standard form, bounds
  • Algebra — expressions, equations, simultaneous equations, quadratics and graphs
  • Geometry and measures — angles, circle theorems, trigonometry, transformations
  • Probability and statistics — averages, diagrams, tree diagrams and interpretation
  • Multi-step problem solving, which is where most of the marks are won or lost

How RadixMaths gets you ready

Every GCSE topic will be split into short lessons, with a video for each part and questions inside it, so you know you can do the maths before moving on. Exam-style practice then builds up to the multi-step problems where marks are won or lost.

For parents: a Progress page will show which topics are strong and which need work, so you can see how your child is doing without having to ask. Short review cards will bring earlier topics back before they’re forgotten, right up to the exams.

STEP

Coming soon

The Sixth Term Examination Paper: an admissions exam sat in June, made up of long, unfamiliar problems rather than many short ones. Offers from Cambridge and Warwick often depend on it, so check your course’s requirements.

Set by OCR · Typically required by Cambridge and Warwick

What the course covers

  • Pure problems built on A Level content and taken a great deal further
  • Long, multi-part questions where the method is not handed to you
  • Mechanics and probability questions sitting on the same paper
  • Marks for complete, well-argued solutions
  • The habit of staying with a problem you cannot immediately see through

How RadixMaths gets you ready

STEP rewards thinking through problems you have never seen, so this course will focus on problem solving rather than repeating methods: how to get started, what to try when you’re stuck, and how to write a complete argument.

A tutor beside every question will give hints one step at a time rather than handing over the solution, and comments from other students will let you compare different approaches to the same problem. Start early: the exam is in June, and these skills take months to build, not weeks.

TMUA

Coming soon

The Test of Mathematics for University Admission: two 75-minute multiple-choice papers, one on applying mathematical knowledge and one on mathematical reasoning and logic.

Sat in October or January · Used by Cambridge, Oxford, Imperial, LSE, Durham and Warwick

What the course covers

  • Paper 1 — applying A Level style maths quickly and accurately
  • Paper 2 — logic and proof: implications, necessary and sufficient conditions, counterexamples
  • No calculator, and roughly four minutes a question, so speed counts
  • Scored from 1.0 to 9.0, and each university decides how it uses your score
  • Recognising the wrong answers a question has been built to tempt you into

How RadixMaths gets you ready

The TMUA is about speed and reasoning, so this course will include timed practice at real exam pace, plus dedicated work on the logic paper, which is unlike anything most students have sat before.

Tempting wrong answers are part of the test, so worked solutions will explain why the wrong answers are wrong as well as why the right one is right. Check which sitting your university accepts, and leave yourself time to prepare.