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This explainer outlines how students develop proficiency in maths. It explains how teaching practices and whole-school approaches aligned with how students learn can support the development of maths proficiency.

This explainer is the third in a series of 5 on the key components of a deliberate and structured approach to implementation. It outlines the importance of understanding and responding to school-specific enablers and barriers to implementation.

This is the fifth and final explainer in a series of 5 on the key components of a deliberate and structured approach to implementation. It outlines the process of monitoring implementation outcomes, including success outcomes schools can monitor, how these can be aligned with enablers and barriers, and methods for collecting data.

This explainer is the first in a series of 5 on implementing evidence-based practices in schools. It outlines how schools can take a deliberate and structured approach to implementation based on key ideas from the research evidence.

This explainer is the second in a series of 5 on implementing evidence-based practices in schools. It outlines the key ideas for taking a staged approach to implementation.

This explainer is the fourth in a series of 5 on the key components of a deliberate and structured approach to implementation. It outlines processes, frameworks and methods for selecting and prioritising implementation strategies.

Our work on how students learn best (also known as the science of learning) connects cognitive science, neuroscience and education psychology research on the learning process with practical teaching implications.