Intervention

Algebra progression map

You can use these secondary mathematics progression maps to support the teaching of equations, formulae and identities, and sequences, functions and graphs. Each progression map contains steps that offer objectives, examples of what pupils should know and be able to do, probing questions and suggestions for when pupils find those a barrier.

Geometry and measures progression map

You can use these secondary mathematics progression maps to support the teaching of geometry and measures. Each progression map contains steps that offer objectives, examples of what pupils should know and be able to do, probing questions and suggestions for when pupils find those a barrier.

Number progression map

You can use these secondary mathematics progression maps to support the teaching of place value, ordering and rounding, mental calculation, written calculation, integers powers and roots, and fractions, decimals, percentages, ratio and proportion (FDPRP). Each progression map contains steps that offer objectives, examples of what pupils should know and be able to do, probing questions and suggestions for when pupils find those a barrier.

Statistics progression map

You can use these secondary mathematics progression maps to support the teaching of handling data and probability. Each progression map contains steps that offer objectives, examples of what pupils should know and be able to do, probing questions and suggestions for when pupils find those a barrier.

Using and applying mathematics progression map

You can use the 'Using and applying mathematics' (UAM) progression maps to help pupils develop the skills of logical reasoning, problem-solving and thinking in abstract ways. This is part of the progression maps which support intervention in secondary mathematics.

Core Plus: Leading improvement in mathematics

Core Plus is a programme that offers support to senior and subject leaders working collaboratively to improve practice in mathematics. These materials are designed to help schools provide high-quality teaching and learning through their mathematics department.

Assessment for Learning in science

Assessment for Learning (AfL) in science is made up of four units that support the effective implementation of Assessing Pupils' Progress (APP) in science. Find out what the units contain and how you can use them.

• Using these materials

  Find out about the progression tables and activities within each unit of Assessment for Learning (AfL) in science, and see how you could evaluate impact and continue development. This is part of Assessment for learning in science and supports developing AfL with Assessing Pupils' Progress (APP) in science.

• How the units fit together

  Assessment for Learning (AfL) in science is made up of four units that are designed to help structure pupils' learning. Find out what each unit focuses on and how they relate to each other. This is part of Assessment for learning in science and supports developing AfL with Assessing Pupil's Progress (APP) in science.