The Design and Technology Association supports and champions design and technology education in schools. They aim to provide teachers with the tools, knowledge and information they need to become more effective, more experienced and more efficient, with access to expert opinions and high quality resources.

A report from the National Curriculum Council (NCC). The final proposals published in June 1989 added considerable detail to the new approach, and made some minor alterations to the Attainment Targets.
There are four main sections in this document:
1. Design and technology in the National Curriculum...

The 1995 National Curriculum Revisions for Design and Technology, which defines the much simplified Programmes of Study (PoS) for each Key Stage and the level descriptions for AT1 and AT2. The requirements for Information Technology were separated and published separately.

By this stage it had become clear...

This Qualifications and Curriculum Authority (QCA) document contains the 2004 revision of the Design and Technology National Curriculum. As with previous documents, there were no substantial revisions, and none at all to the Attainment Target statements. The role of CAD-CAM and new materials continued to be...

The 1999 edition of the Design and Technology National Curriculum included set out clearly the programmes of study and attainment targets for Key Stages One to Four. It sets out the importance of design and technology education to students' performance across the curriculum in promoting social, moral and cultural...

Desk calculators was the first of the Weaving guides written by the Nuffield Project Team for the Nuffield Mathematics Project. This guide was not intended to be a manual of instruction as it was felt that teachers and students could find out for themselves ‘how they work’. It was suggested that each school should...

This collection of resources supports the development of practice in behaviour for learning.

This game helps children develop an awareness of some of the different roles that scientists do. They find out about different jobs in science and some of the investigations that scientists are involved in, which help to solve problems  in the Real World.  It may be used to...

These resources, written in 2011 and provided by the Joint Mathematical Council (JMC), discuss the role that digital technologies might and should have in mathematics education. Consideration is given to the types of experiences students encounter and how best to develop the curriculum to engage students in using...

This collection of case studies show how a wide cross section of educational professionals use and find inspiration from STEM Learning's digital resources.

What effect does acid have on sea life?

This unit follows on from 'Do you like your oceans still or sparkling?' The activity demonstrates the ability of an acidic substance (in this case vinegar) to dissolve sea shells.

Malt vinegar contains acetic...

This set of twelve colourful postcards provides hands on activities which link to the topics of electricity, sound, forces, and changes of state. Ideal for use in the classroom, the mini-investigations are fun to do and get children thinking about the concepts involved. They are also perfect for use in after school...

A PISA in Focus study published in 2012 from the OECD (Organisation for Economic Co-operation and Development), looks at whether students perform better in science if they are encouraged to participate in extracurricular activities, such as field trips and science projects. Most countries (22 of 31 OECD countries)...

The oceans are become more acidic. This is due to an increase in carbon dioxide in the atmosphere through the ...

Published in 2016.  Mathematics anxiety (MA) is the state of discomfort around the performance of mathematical tasks. Does MA cause poor performance in mathematics, or is it poor performance in mathematics that causes MA? The question is important, because it affects the “treatment” that results. Should the focus...