From triple science support, this publication illustrates how schools that are preparing to introduce Triple Science...

From triple science support, this publication provides advice for schools exploring the possibility of introducing Triple Science GCSEs. It focuses on strategies for raising attainment generally but within the context of Triple Science.

Scientists at the University of Oxford are investigating how computers could be used to assess online information for trustworthiness. This could be particularly useful to help people interpret information about recent or rapidly changing incidents. 

This London Engineering Project case study of an integrated science and engineering, from the Royal Academy of Engineeringy, was designed around an industry context and delivered as part of National Science and Engineering Week in 2009.

Students are required to draw graphs to represent data and critique an incorrect interpretation of the data. Given the results of a survey, students draw a chart or graph of the discrete data provided to help explain why the interpretation of the results provided is incorrect and are required to draw their own...

Tunnelworks is a series of teaching and learning resources linking mathematics and science to the Thames Tideway Tunnel project, a major new sewer that will help protect the River Thames from increasing pollution. Background to the project is given in the...

This manual introduces teachers to the approaches adopted in the Problem Solving with Industry series, devised by the Centre for Science Education. The authors describe problem solving as a composite skill, enabling the development of a wide range of personal...

This Core Maths task consists of a presentation that explains and reviews the distinctions between different types of data. It explains the difference between the following categories of data:

• qualitative and quantitative
• discrete and continuous
• primary and secondary

The...

This folder of guidance and resources was published for UNESCO by the Association for Science Education. The resources consisted of 26 modules each with Student’s Notes and Teacher’s Notes.

UNESCO Project 2000+ was a collaborative partnership between eleven major international agencies and inter-governmental...

This is one of a series of extended units, from the Association for Science Education and the Design and Technology Association, to provide in-depth coverage of a topic or an area of the curriculum. The focus is on the aspects of systems and control that generally feature in courses of Design and Technology and...

From The Centre for Industry Education Collaboration (CIEC), this booklet is the forerunner of its Understanding Food Additives web site. The booklet contains information on a range of food additives and extensive suggestions for practical activities to investigate food and food additives.

Food additives...

The materials in this resource are from the Secondary National Strategy ‘Progressing to Level 6 and beyond in science’ project. They were intended for science teachers who are focusing on helping their students in understanding the processes and philosophy of science and scientists.

The Understanding...

In this DfE Standards Unit resource, students learn to understand the terms: mean, median, mode, range and explore the relationships between these measures and their relationship to the shape of a distribution. Students will have met the terms mean, median, mode and range but they may not have a clear understanding...

In this DfE Standards Unit resource, students learn to understand the difference between perimeter and area. Students get practice in calculating the areas and the perimeters of rectangular shapes. Students may have had some previous experience of calculating perimeter and area. (GCSE Grades D - G)