top of page

We provide structured, one-to-one GCSE support in Surrey and online, tailored to each student’s level and goals. Whether building confidence, strengthening foundations or aiming for higher grades; lessons focus on clear understanding, practical problem-solving and exam success.

Who the Tuition is for​

  • Students who find subject matter difficult or need a confidence boost.

  • Students Preparing for mocks and final exams.

  • Higher-tier students aiming for stronger grades.

Topics Covered​

  • Algebra, Graphs, Equations, Ratio, Geometry Trigonometry, Pythagoras, Probability, Statistics, Sequences.

  • Energy, Electricity, Particle Model of Matter, Atomic Structure, Forces, Waves, Space Physics, Magnetism and Electromagnetism.

  •  Exam Techniques

Foundation and Higher Tier GCSE Support 

Foundation Tier

Focus on core concepts, problem solving, and building confidence for the lower grade range.

Clear Explanation

Methods broken down step by step

Exam focus

GCSE-style questions,

marks and layouts.

Higher Tier

Advanced topics, complex calculations, and high-level application for top grades.

Worked Examples

Guided Practice before independent work.

Real Application

Engineering examples

where helpful.

Foundation Tier

Focus on core concepts, problem-solving, and building confidence for the lower grade range.

Subject Areas

Comprehensive coverage of all Foundation and Higher GCSE Mathematics and Physics topics.

Algebra

Foundation & Higher

Mastering linear equations, quadratic functions, and algebraic manipulation.

Physics

Forces & Motion

Understanding Newton's laws, friction, and the relationship between force and acceleration.

Geometry

Trigonometry

Applying trigonometric ratios and the sine rule to solve complex problems.

Maths

Probability

Calculating probabilities and interpreting statistical data from real-world scenarios.

Physics

Energy

Exploring kinetic and potential energy, and the conservation of energy in systems.

Maths

Calculus

Understanding differentiation and integration for real-world applications.

bottom of page