Maths
Mathematics transcends cultural boundaries and its importance is universally recognised. It develops students’ ability to calculate, reason logically, to problem solve and handle data, all important aspects in everyday living and employment.
Delta
DELTA  Year 7  Year 8  Year 9 
Autumn 1  Unit 1: Analysing and Displaying Data
Unit 2: Number Skills Peak District project 
Unit 1: Factors and Powers
Unit 2: Working with powers Binary Project 
Unit 1: Powers and Roots
Unit 2: Quadratics 
Autumn 2  Unit 3: Equations, Functions, and Formulae
Unit 4: Fractions 
Unit 2: Working with powers
Unit 3: 2D shapes and 3D solids 
Unit 3: Inequalities, equations and formulae
Unit 4: Collecting and analysing Data 
Spring 1  Unit 5: Angles and Shapes
Unit 6: Decimals 
Unit 4: Real life graphs
Unit 5: Transformations WW2 Project 
Unit 5: Multiplicative Reasoning
Unit 6: Non Linear Graphs 
Spring 2  Unit 6: Decimals
Unit 7: Equations 
Unit 6: Fractions, decimals, percentages
Unit 7: Constructions and Loci 
Unit 6: Non Linear Graphs
Unit 7: Accuracy and Measures 
Summer 1  Unit 8: Multiplicative Reasoning
Unit 9: Perimeter, Area and Volume 
Unit 7: Constructions and Loci
Unit 8: Probability Plan a Holiday Project 
Unit 8: Graphical Solutions
Unit 9: Trigonometry 
Summer 2  Unit 9: Perimeter, Area and Volume
Unit 10: Sequences and Graphs 
Unit 9: Scale drawings and measures
Unit 10: Graphs 
Unit 9: Trigonometry
Unit 10: Mathematical Reasoning 
PI
PI  Year 7  Year 8  Year 9 
Autumn 1  Unit 1: Analysing and displaying data
Unit 2: Calculating Peak district projects 
Unit 1: Number Properties and Calculations
Unit 2: Shapes and Measure in 3D Binary Project 
Unit 1: Number calculations
Unit 2: Sequences and equations 
Autumn 2  Unit 3: Expressions, functions and formulae
Unit 4: Graphs Smarties investigation 
Unit 3: Statistics
Unit 4: Expressions and Equations 
Unit 3: Statistics
Unit 4: Fractions 
Spring 1  Unit 5: Factors and multiples
Unit 6: Decimals and measures Number fun week 
Unit 5: Decimal Calculations
Unit 6: Angles WW2 Project 
Unit 5: Geometry in 2D and 3D
Unit 6: Algebraic and reallife graphs 
Spring 2  Unit 6: Decimals and measures
Unit 7: Angles and lines Theme Park project 
Unit 6: Angles
Unit 7: Number Properties 
Unit 6: Algebraic and reallife graphs
Unit 7: Multiplicative reasoning 
Summer 1  Unit 8: Measuring and shapes
Unit 9: Fractions, decimals and percentages Tangrams 
Unit 8: Sequences
Unit 9: Fractions and Percentages Plan a Holiday Project 
Unit 8: Algebraic and geometric formulae
Unit 9: Probability 
Summer 2  Unit 9: Fractions, decimals and percentages
Unit 10: Transformations Some elements of unit 9 and 10 to be covered in the transformations poster task Transformation poster 
Unit 9: Fractions and Percentage
Unit 10: Probability

Unit 9: Probability
Unit 10: Polygons and transformations 
Theta
THETA  Year 7  Year 8  Year 9 
Autumn 1  Unit 2: Number skills
Peak district project 
Unit 1: Calculations
Unit 2: Area and Volume Binomial Project 
Unit 1: Indices and standard form
Unit 2: Expressions and formulae 
Autumn 2  Unit 3: Expressions, functions and formulae
Unit 4: Decimals and measure Smarties investigation (covers topics in unit 1) 
Unit 3: Statistics Graphs and Charts
Unit 4: Expressions and Equations 
Unit 3: Dealing with data
Unit 4: Multiplicative reasoning 
Spring 1  Unit 5: Fractions
Unit 6: Probability Probability card games 
Unit 5: Real Life Graphs
Unit 6: Decimals and Ratio WW2 Project 
Unit 5: Constructions
Unit 6: Equations, inequalities and proportionality

Spring 2  Unit 6: Probability (cont)
Unit 7: Ratio and proportion Puzzle week 
Unit 7: Line and Angles
Unit 8: Calculating with Fractions 
Unit 6: Equations, inequalities and proportionality
Unit 7: Circles, Pythagoras and prisms 
Summer 1  Unit 8: Lines and angles
Unit 9: Sequences and graphs Table sequence project Missing angles top trumps 
Unit 8: Calculating with Fractions
Unit 9: Straight line Graphs Plan a Holiday Project 
Unit 8: Sequences and graphs
Unit 9: Probability

Summer 2  Unit 9: Sequences and graphs (cont)
Unit 10: Transformations Theme Park project 
Unit 9: Straight line Graphs
Unit 10: Percentages Decimals and Fractions 
Unit 9: Probability
Unit 10: Comparing shapes 
Key Stage 4
On the basis of KS3 results and teacher recommendation, all students are prepared for GCSE Mathematics at the appropriate level with the final decisions regarding tier of entry being made during the first half of Year 11.
Our programme is designed to develop students’ mathematical skills by incorporating a wide range of activities, which deliver a rich mathematical experience. This will build confidence and has a particular focus on problemsolving and functional skills.
At the end of Year 11, there are three equally weighted written papers, one without a calculator and two with a calculator.
GCE Exam board:
https://qualifications.pearson.com/en/qualifications/edexcelgcses/mathematics2015.html
Foundation  Higher  
Year 10  Year 11  Year 10  Year 11  
Autumn 1  Sequences
Angles Factors and Multiples Perimeter and area Circumference and area 
Growth and decay
2D representations of 3D shapes Trigonometry Simultaneous equation Direct and inverse proportion 
Pythagoras
Basic trigonometry Sine and Cosine rule Recurring decimal to fractions Equations and formulae Collecting and representing data Standard form 
Algebraic fractions
Volume Numerical methods Equation of a circle

Autumn 2  Equations
Indices Standard form Collecting and representing data Ratio and proportion Transformations 
Area of sector, arc length, area and perimeter of compound shapes
Factorising and solving equations Mock revision 
Perimeter and area including circles
Circle theorems Rounding Direct and inverse proportion Sequences 
Simultaneous equations 2
Further graphs and equations Growth and decay Mock revision Paper review

Spring 1  Coordinates and linear graphs
Calculating with percentages Statistical measures Properties of Polygons Inequalities 
Vectors
Sketching graphs Perimeter and areas including parts of a circle Revision 
Calculating with percentages
Coordinates and linear graphs Surds 1 Properties of polygons Real life graphs

Sketching graphs
Gradients and rates of change Rearranging formulae 2 3D Pythagoras and trigonometry

Spring 2  Scale diagrams and bearings
Construction and Loci Probability Volume 1 
Revision  Indices
Ratio and proportion Congruency and similarity Algebra: quadratics, 
Vectors
Transforming functions Precalculus and area under a curve Revision 
Summer 1  Rounding
Real life graphs Measures Formulae including substitution Pythagoras Scatter graphs Congruency and similarity 
Revision  Rearranging formulae and identities
Statistical measure Measures Transformations Probability

Revision 
Summer 2  Congruency and similarity continued
Algebra: factorising, forming and solving equations Quadratic graphs Volume 2 Probability 2 
Circumference and area
Simultaneous equations (linear) Constructions and loci Inequalities End of year assessment

Key Stage 5
Whilst this course builds at a higher level on many topics studied in the Higher Tier GCSE course it also introducing some more complex areas of Mathematics, which will stimulate our more mathematically able students.
Exam board: https://qualifications.pearson.com/en/qualifications/edexcelalevels/mathematics2017.html
A Level Maths
Year 12  Year 13  
Autumn 1  Index Laws (1)
Expanding and factorising Surds Quadratics (3) Functions (1) Equations Inequalities (6) Graphs and transformations (5) Unit test 1 (1) Straight line graphs (6) Equation of a circle (3) Unit test 2 (1) 
Sequences and series (6)
Unit test 4 (1) Parametric equations (4) Unit test 7 (1) Radians (5) Trigonometric functions (5) Trigonometry and modelling (4 lessons) 
Autumn 2  Algebraic methods (3)
Mathematical proof (2) Binomial expansion (3) Unit test 3 (1) Trigonometric ratios (3) Trigonometric identities and equations (5) Unit test 4 (1) Differentiation (9) Unit test 6 (1) 
Trigonometry and modelling (3 lessons)
Unit test 6 (1) Differentiation (11) Unit test 8 (1) Numerical methods (4) Unit test 9 (1) Vectors (3) Unit test 12 (1) 
Spring 1  Exams 1 week (4)
Exam review (2) Vectors (5) Unit test 5 (1) Mechanics Mathematical modelling (1) Unit test 6 (1) Integration (4) Unit test 7 (1) Statistics Data collection (3) Unit test 1 (1) 
Integration (12)
Unit test 10&11 (1) Forces and friction (3) Unit test 5 (1) Applications of forces (3) Moments (3) 
Spring 2  Pure
Exponentials and logarithms (6) Unit test 8 (1) Mechanics Constant acceleration – graphs and SUVAT (4) Unit test 7 (1) Statistics Measure of location and spread (5) Representations of data (4) Correlation (2) Unit test 2 (1) 
Unit test 4 (1)
Applications of forces (3) Unit test 7 (1) Projectiles (4) Unit test 6 (1) Regression, correlation and hypothesis testing (4) Unit test 1 (1) Conditional probability (5) Unit test 2 (1)

Summer 1  Mechanics
Forces and motion(5) Unit test 8 (1) Variable acceleration (4) Statistics Probability (2) Unit test 3 (1) Statistical distributions (3) Unit test 4 (1) Hypothesis testing (3) 
Further kinematics (3)
Unit test 8 (1) Normal distribution (6) Unit test 3 (1) 
Summer 2  Exams 1 week (4)
Mechanics Unit test 9 (1) Statistics Hypothesis testing (1) Unit test 5 (1) A2 course Algebraic methods (5) Unit test (1) Proofs(1) Unit test (1) Functions and graphs (7) Unit test (1) Binomial expansion (3) Unit test (1) 
There is also an opportunity for able mathematicians to study AS/A2 Further Maths:
Year 12  Year 13  
Autumn 1  Induction test
Decision 1 Maths: Algorithms Graphs and networks Core Pure 1 Maths: Series Matrices

Decision 1 Maths A2:
The travelling salesman problem The simplex algorithm Further Mechanics 1 A2: Elastic collisions in two dimensions Core Pure 2 Maths: Series 
Autumn 2  Decision 1 Maths:
Route inspection Linear programming Critical Path analysis Core Pure 1 Maths: Linear Transformations Proof by induction 
Decision 1 Maths A2
Critical path analysis Core Pure 2 Maths: Complex numbers Methods in calculus Volumes of revolution Hyperbolic functions 
Spring 1  January trial exams
Further Mechanics 1: Momentum and Impulse Work, power and energy Core Pure 1 Maths: Volumes of revolution Complex numbers Argand Diagrams 
January trial exams
Core Pure 2 Maths: Polar Coordinates Methods in differential equations

Spring 2  Further Mechanics 1:
Elastic collisions in one dimension Core Pure 1 Maths: Roots of Polynomials Vectors 
Core Pure 2 Maths:
Modelling with differential equations Review of vectors 
Summer 1  Revision for those taking the external exam  Preparation for external exams 
Summer 2  Decision 1 Maths A2:
Graphs and networks Route inspection Further Mechanics 1 A2: Momentum and Impulse Elastic strings and springs Internal exams 
External exams 