Nomex is a high performance fibre engineered to be able to perform in extreme conditions. This resource explores why designers might choose to use it,  some examples of products that are made from Nomex, and suggests ways of using Nomex in the...

This resource provides slides, discussion activities and experiments to help increase student understanding of composites. The composites it focuses on are glass reinforced plastic, carbon fibre, concrete, wood and textile laminates.

This resources provides students with an introduction to the topic of technical textiles. It provides an overview of what technical textiles are and why we might use them for different products. The specific classifcations of technical textiles...

This resources explores how moisture management technology is used to develop engineered products . It introduces key words such as breathability, wicking, microfibres and provides examples of products and tradenames that make use of this technical textile technology.

These teacher notes will guide you through the collection of resources created for space-inspired technical textiles. Including:

• ...

This Technicians and Progression report from the Skills Commission presents the findings of an inquiry into the alternatives to university degrees that the post-16 education system provides. The report maintains that post-compulsory education should offer a diverse range of education provision, vocational as well...

This activity, from the Institution of Engineering and Technology (IET), makes students aware of the positives that modern communication systems give to society, and asks them to make decisions about the use of these systems for social, economic and environmental...

This Oftsted publication takes a look at the state of technology in schools shortly after the implementation of the National curriculum. It provides commentary on teaching and learning; curriculum and organisation; assessment, recording and reporting; staffing and staff development; accommodation and resources....

Produced in 1992, this Department for Education and Science and HM Inspectorate document evaluates the response of schools to the National Curriculum requirements for technology since its introduction in 1990. The report is based on the inspection of 884 schools: 438 secondary, 25 middle, 398 primary and 23 special...

Produced in 1993, this National Curriculum Council document was written to respond to the Secretary of State for Education’s proposals to address issues with the National Curriculum for technology at the time.

The key responses to the proposals include:
*The scope of ‘technology’– clarifying the...

This report was the third in a series, following on from Technology in the National Curriculum: Getting it Right and Technology at A Level: Getting it Right and was written for the Engineering Council by the same authors. This report...

This enquiry into technology and school science was conducted by HMI. The report was published in 1985. The enquiry was concerned not only with the specific technology courses offered by science departments but also sought to obtain details of any attempts being made to develop technology across the curriculum,...

The Technology at A Level: Getting it Right report followed on from the Technology in the National Curriculum: Getting it Right...

Following the establishment of the 1989/90 National Curriculum for Design and Technology, the Secretary of State for Education and Science and Secretary of State for Wales made proposals regarding the revision of the National Curriculum for Design and Technology.

The key proposals were:
*the number of...