Week 1
Lesson 1
Paper 1 Module 3 (1) Non-Calculator
We will aim to cover: solving fractional equations, forming expressions, collecting like terms, substitution into formulae and rearranging formulae/equations Homework: Paper 5 Module 3.
Lesson 2
Paper 1 Module 3 (2) Non-Calculator
We will aim to cover: Simultaneous equations, points on a linear graph, complex fractions, exponents, binomial expansion, difference of two squares, similar triangles and radicals. Homework: Paper 5 Module 4.
 Week 2
Lesson 3
Paper 1 Module 4 (1) Calculator
We will aim to cover: reading graphs, angles within parallel lines, direct proportion, solving equations, rearranging formulae, solving inequalities, histograms, reading data from tables. Homework: Paper 6 Module 3.
Lesson 4
Paper 1 Module 4 (2) Calculator
We will aim to cover: simultaneous equations, ratio, equation of a circle, completing the square, quadratic graphs, volume of cylinders. Homework: Paper 6 Module 4.
 Week 3
Lesson 5
Paper 2 Module 3 (1) Non-Calculator
We will aim to cover: solving equations, simultaneous equations, substitution, factoring binomials/polynomials, solving equations including radicals, coordinates and exterior angles in polygons. Homework: Paper 7 Module 3.
Lesson 6
Paper 2 Module 3 (2) Non-Calculator
We will aim to cover: slopes and points of intersection, complex numbers, use of the quadratic equation, compound interest, algebraic fractions and similar triangles. Homework: Paper 7 Module 4
 Week 4
Lesson 7
Paper 2 Module 4 (1) Calculator
We will aim to cover: forming expressions, random sampling, solving equations, worded problems involving money, parabolae and x-intercepts, direct proportion, inequalities, functions, using data from tables, lines of best fit. Homework: Paper 8 Module 3.
Lesson 8
Paper 2 Module 4 (2) Calculator
We will aim to cover: questions on speed, percentages, probability from tables, median and data comparison from tables, rearranging formulae, equation of a circle, worded question on slopes, polygon area involving radicals, factoring and points of intersection and forming and solving equations. Homework: Paper 8 Module 4.
 Week 5
Lesson 9
Paper 3 Module 3 (1) Non-Calculator
We will aim to cover: radical notation, solving equations, algebraic fractions, simultaneous equations and angle facts. Homework: Paper 9 Module 3.
Lesson 10
Paper 3 Module 3 (2) Non-Calculator
We will aim to cover: solving quadratic equations, solving polynomials, angle facts and trigonometry. Homework: Paper 9 Module 4.
 Week 6
Lesson 11
Paper 3 Module 4 (1) Calculator
We will aim to cover: reading data from tables, defining functions, collecting like terms, solving fractional equations, questions on speed, distance and time and forming equations/formulae. Homework: Paper 10 Module 3.
Lesson 12
Paper 3 Module 4 (2) Calculator
We will aim to cover: reading from lines of best fit, exponential growth, forming equations to solve worded problems, simultaneous equations, volume of cylinders and cones, area and percentage increase/decrease and arithmetic mean. Homework: Paper 10 Module 4.
 Week 7
Lesson 13
Paper 4 Module 3 (1) Non-Calculator
We will aim to cover: solving simultaneous equations, substituting into functions, expanding quadratic expressions, algebraic fractions, parallel linear graphs and solving fractional equations.
Lesson 14
Paper 4 Module 3 (2) Non-Calculator
We will aim to cover: forming expressions from worded problems, complex numbers, plotted functions, substitution into the quadratic equation, simultaneous equations, trigonometry with algebra. 
 Week 8
Lesson 15
Paper 4 Module 4 (1) Calculator
We will aim to cover: worded problems involving money and time, percentages, forming expressions, density, mass and volume, proportion from data, reading data from tables, interest, exponential growth, linear graphs, volume of cylinders and solving inequalities.
Lesson 16
Paper 4 Module 4 (2) Calculator
We will aim to cover: reading tables and graphs, percentage decrease, polynomial divisibility, turning points of functions, volume, converting between units, worded problems involving fractions and circle circumference.