A Level Tutoring

From help bridging the gap between GCSEs and A Levels to targeted tutoring to optimise your grades, Dr Stephens can help you reach your peak potential.

Tutoring sessions will begin in September 2025

In the meantime, please submit your email address below to be kept up to date with the latest updates from Summit Maths Tutor.

Personalised curriculum

Dr Stephens delivers tutoring sessions targeted at topics you want to work on, helping to build confidence and boost grades.

Learn from an experienced teacher with a PhD in Mathematics

Be tutored by a qualified teacher who has an MMath and a PhD in Mathematics.

Engaging lessons

Receive tutoring sessions designed to suit you - be taught in a way that aligns with however you learn best.

Topics covered in A Level tutoring sessions

When you choose to be tutored by Dr Stephens, he will cover everything required across every top curriculum.

Pure Mathematics

Sessions will cover algebraic expressions and methods, functions, equations, inequalities, graphs and transformations, circles, sequences and series, binomial expansion, radians, trigonometry, parametric equations, exponentials and logarithms, numerical methods, calculus, and vectors.

Statistics

Sessions will cover data collection and representions, measures of location and spread, correlation and regression, probability, statistical distributions, and hypothesis testing.

Sessions will build on core topics and also cover conic sections, inequalities, trigonometric equations and identities, Taylor series, numerical methods, number theory, group theory, recurrence relations, matrix algebra, and integration techniques.

Mechanics

Sessions will cover modelling, motion and kinematics, constant and variable acceleration, moments, forces and friction, and projectiles.

Further Pure Mathematics

Further Mechanics

Sessions will cover momentum and impulse, work, energy and power, elastic strings and springs, elastic collisions, circular motion, centres of mass, kinematics, and dynamics.

Decision Mathematics

Sessions will cover algorithms, graphs, networks and flows, linear and dynamic programming, critical path analysis, and optimisation and game theory.

Further Statistics

Sessions will cover discrete and continuous random variables, Poisson distributions, the normal distribution, type I and II errors, chi-squared tests, and confidence intervals.

Further Maths modules

Core Pure Mathematics

Sessions will cover complex numbers, roots of polynomials, series, matrices, linear transformations, proof, vectors, volumes of revolution, calculus, polar coordinates, hyperbolic functions, and differential equations.