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...

One of the trial units from the Nuffield Primary Solutions in Design and Technology. In this unit, children design a supermarket car park to a detailed design specification. This task could be linked with a geography local study, as it will highlight the varying needs of the people using a car park.

The...

One of the trial units from the Nuffield Primary Solutions in Design and Technology. In this unit, children are tasked to make bread rolls.

It is necessary to set the context for the activity. This may be to agree a theme as a class or group, such as 'to make bread rolls for a children's party' or to base...

One of the trial units from the Nuffield Primary Solutions in Design and Technology. In this unit, children design and make a small printed cushion cover.

The purpose of this activity is to explore the decorative use of lettering and pattern when
applied to fabric, and also to produce a useful item for...

One of the trial units from the Nuffield Primary Solutions in Design and Technology. In this unit, children design and make a 'simpler sampler' using fabric crayons and patterns derived from handwriting patterns.

The purpose of the activity is to create modern samplers to display handwriting patterns. This...

One of the trial units from the Nuffield Primary Solutions in Design and Technology. In this unit, children design and make a fabulous artificial flower from a range of materials such as card, paper, fabric, art straws, pipe cleaners. Each child's flower will be used in a class display of flowers. The flowers...

One of the trial units from the Nuffield Primary Solutions in Design and Technology. In this unit, children design and make a useful resource for a home that meets all the family’s identified textile repair needs.

The purpose of the task is to show the need to repair textiles when they become worn or damaged...

The dice uses sparkles and a code to make them flash randomly. What is the probability of the same numbers being picked and does that mean it is truly random? It is also relevant here to think about nets and dice shape.

Part of the Nuffield Primary Solutions in Design and Technology series, this resource asks children to design and make a toy or game for a bed-ridden patient of approximately nine years of age.

Many pupils will have experienced the tedium of being confined to bed when recovering from a minor illness and are...

Aimed at primary level, this pack investigates the science in everyday life. They investigate a range of topics including: irreversible reactions involved in cooking, the density of liquids, microorganisms, properties of materials and electricity. Designed to demonstrate key ideas and concepts and to spark an...

This simple activity from NASA allows classrooms to study rocket stability as students construct and fly small "indoor" paper rockets. The rockets can be used for a range of activities into forces and movement in which students collect data and interpret the results.

Aimed at primary level, the twelve activities within this pack explore forces and solids, liquids and gases in the context of a birthday party for Albert Einstein. Designed to demonstrate key ideas and concepts and to spark an interest in science, they could be used in class or within a science week or club. The...

Engineering for families is a 6-week structured course for children aged 7 - 11 and their families. It is designed to be used in an afterschool club led by teachers or other adults. Each week focuses on a career within a different discipline of engineering, with a final engineering challenge week.