This resource, written by Emma Morris, outlines the core choices facing mathematics education and builds on the recommendations of the 2011 Vorderman Report, by examining which mathematics approaches and reforms have worked overseas. The paper does not recommend directly importing practice from either of the case...

The ‘Something in Common’ collection from John Burke contains problems that enable students to hone their skills of both problem solving and proof. ...

This sub-collection of resources from the ‘Something in Common’ collection contains three resources designed to bring a problem solving approach to the teaching of A Level Mechanics. Each...

This sub-collection of resources from the ‘Something in Common’ collection contains 17 resources designed to bring a problem solving approach to the teaching of A Level Pure Mathematics. Each resource has an introductory presentation, printed materials, and supporting files. The topics covered are:

• ...

Three activities produced by Susan Wall are designed to provide the opportunity for students to explore the concepts involved and to highlight any misconceptions by discussing whether the statements presented can sometimes be true, are always true or can never be true.

Algebra: students are...

Electronic musical instruments are getting better and better at mimicking and behaving just like their acoustic counterparts, but they can also create a wealth of sounds that would be difficult or impossible to achieve with acoustic instruments. In this Catalyst article, Jez Wells, a music technologist, explains...

This is a variation on the standing waves investigation and follows a similar set up.  You investigate the connection between the tension, length and frequency of a stretched wire.

From the Technology Enhancement Programme (TEP), these circuits allow students to build a range of devices. Each circuit has a full circuit diagram, component list and explanation of how the circuit works. In this section, the circuits cover a range of sound and audio...

What is it like to work as a globe-trotting sound engineer to the world's biggest pop band? Tomorrow's Engineers had a chat with David Martell to find out.

Purpose: As students progress through secondary science they will develop an understanding of waves as a means of transferring energy. Practical science activities around the study of sound are often used as a basis for understanding features of waves such as wavelength, frequency and amplitude. Digital technology...

The Gravity Jet Suit creates a lot of noise.  This resource explains how sound waves travel and are detected by the human ear.

This resource, published at a time when teachers had become aware of the tremendous need for motivational topics in mathematics, gives students an appreciation of, and insight into, mathematics and helps adopt an experimental attitude to the teaching and learning of the...

Produced by the Learning and Skills Improvement Service (LSIS), this case study looks at the themes of knowledge and technology transfer, new industry jobs and curriculum development. By the City of Bristol College, the study describes how the ‘composites gateway’ helps small and medium-sized enterprises (SMEs) to...

These videos are excerpts from the We Are Aliens! planetarium show. They provide good starter activities for looking at life within our universe. They explore life within our solar system and the Earth and other planets that may contain life. The exoplanets videos go on to look at the possibilities of life outside...

The UK plays a very active role in space research and industry. This collection contains profiles of scientists and engineers, working in space industry or academia, and includes some of their outreach work with schools and colleges in the UK.