Thinking about learning focusses on five aspects of effective practice that teachers and trainers have found to be particularly important in promoting successful learning: questioning, discussion, using misconceptions, assessment and meeting the needs of all learners. Selecting each of these aspects will allow you...

In this section you can see teachers and trainers using a range of questioning techniques.

Introduction
Teachers and trainers ask questions for a variety of purposes. Questions can be used to keep learners engaged during an explanation, to assess their understanding, to deepen their thinking or focus...

The This is Engineering: Entertainment STEM resource explores the essential role that engineers play in the entertainment industry.

This is Engineering: Entertainment asks young learners to express and share their thoughts and ideas, to be curious, experiment, find their own passions and interests, and to...

Some of the biggest challenges we face stem from how we interact with our environment, and engineering is essential to finding sustainable solutions. From renewable power to recycling, to making our homes more energy efficient, and tackling how we feed a growing population, engineering is a vital field.
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Some of the biggest challenges we face stem from how we interact with our environment, and engineering is at the heart of finding sustainable solutions. Working with water is particularly important when thinking about the environment because water sustains all life and is essential to the survival of the planet....

This video explores how technology has always been expected to replace teachers.  It concludes that a teacher’s purpose is not to transmit information, but to guide the social process of learning. To challenge, inspire and excite their students to want to learn.

Three circles are shown touching and sharing a common tangent. The radii of the two larger circles are given. The challenge is to calculate the value of the radius of the smallest circle....

In this Nuffield probability activity students play a bingo-style game. To maximize their chances of winning, students must decide which numbers are most likely to occur when three dice are thrown and the scores are added.

A photograph of three cubes is presented. The faces of the cubes are decorated with patterns. The challenge is to determine which box is different from the other two. This resource is suitable for Key Stage 3 and could be used as an extension when teaching nets for cubes.

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This maths game is designed to help children practice mental multiplication. Each game-board contains a 4 by 4 grid of numbers with a list of red numbers at the side. The numbers in the grid are products and the red numbers are factors. Children take it in turns to find two red numbers which, when multiplied, will...

In this Bowland assessment task, students are required to use their knowledge of geometry to describe a pattern. They are presented with a pattern consisting of three hexagons made up of triangles and have to what is the same and what is different about each shape. Students are encouraged to consider lengths,...

In this presentation and collection of student worksheets a diagram shows a square and three right angled triangles, with each shape sharing a common side. Some of the lengths are given in surd form, from which students have to find the area of the square.

The solution involves the use of Pythagoras’ theorem...

In this Core Maths task students explore the question ‘On average, how many throws does it take to throw a six?’ Through this activity students can gain an understanding of ‘expectation’ as well as learning how to calculate summary statistics when the data is given in a frequency table.

Throwing a...