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...

Produced in 1982, this Department for Education and Science and HM Inspectorate booklet describes some aspects of technological studies in 90 schools in England and Wales. It gives information about the structure, content and organisation of courses in technology, and about some other ways in which schools...

This report is the fourth in the Engineering Council's series on technology in schools and was published in 1997. It looks at the state of technology in schools seven years after the subject was established in the National Curriculum. It gives data and details of challenges faced by some technology departments....

This report, published in 1992 by the Engineering Council, gives an analysis of the development of technology in schools, identifying the problems associated with it at the time.

The report considers how technology fits into the National Curriculum, looks at problems concerning perceived parity with other...

This Catalyst article looks at how our knowledge of the human genome has increased greatly during the last 10 years, and genome sequencing techniques have become much faster. On 26th June 2000 it was announced that scientists had completed a first draft of the human genome, the DNA instructions for making a human...

A Catalyst article exploring the testing of new medicines to see if they are safe for people to take. The effects on cells of a potential new drug are investigated using tissue cultures of human or animal cells. Some tissue cultures use fresh tissue samples, but most come from well-established laboratory cell...

The Bringing Cutting Edge Science to the Classroom programme evaluation was commissioned in Autumn 2015 to analyse the success of the Cutting Edge programme in delivering its stated aims, and to assess the impact of the programme on participants, their students and colleagues.

The evaluation sought to...

Published in June 2002, this article, by Shirley Simon, looks at applying Cognitive Acceleration through Science Education (CASE) theory to planning and teaching Thinking Science lessons for students with different needs.

Using Thinking Science with mixed-ability classes can be challenging...

This report, published in October 2012, documents the activities and conclusions of a research project undertaken by the 157 Group, supported by the Gatsby Charitable Foundation, and in partnership with Association of Colleges (AoC). The 157 Group is a membership organisation that represents 27 large, regionally...

This Catalyst article looks at the noble gases (Group 0 or 8 in the periodic table) which are almost inert. This article shows how they were discovered through the use of fractional distillation and looks at their chemical and physical properties.

This article is from Catalyst: GCSE Science Review 2011,...

The report considers how students aged 15 fared in the APU tests on mathematics topics found in the ‘foundation list’ from the Cockcroft report. The ‘foundation list’ consists of basic mathematical skills such as number, money, percentages, time, use of a calculator, ratio and proportion. The full list appears in...

This booklet examines the development of engineering expertise and makes recommendations on ways to harness, encourage, facilitate and reward it. Covering all Key Stages from Foundation Stage to post-16 and higher education, the booklet states the case for design and technology in schools to encourage an...