This Nuffield GCSE Physics resource was developed, in 1996, to match the National Curriculum Science: Physics at Key Stage Four.

This resource consists of a student study guide and teachers’ notes. The student guide gives a summary of the knowledge the students require for the topic and the associated...

Nuffield Home Economics was developed with the support of the Nuffield Foundation between 1977 and 1981. The project had its origins in a series of in-service courses organised by the Centre for Science and Mathematics Education at Chelsea College. These courses were...

Nutrition was one of the four topics that featured as a separate area of study in the Nuffield Home Economics course for students aged 14–16. The course emphasised the influence of food choice on health. The authors appreciated that entrenched attitudes to food and...

The Nuffield Junior Science project was part of the Nuffield Foundation Science Teaching Project in the 1960s. In the publications, the project team suggested topics and methods to teachers interested in the contribution which science can make to the education of...

Nuffield Foundation provide these resources from the Nuffield Maths 5-11 project, which was originally based on the Nuffield Mathematics Teaching Project, developed in the 1960s.

The initial project produced only guidance for teachers, parents and teacher trainers, but was subsequently reviewed and extended...

The Nuffield Pathways Through Science course was developed to align with the very innovative and successful modular science course created by the Northern Examining and Assessment Board (NEAB now merged into AQA).

The...

The Nuffield Physical Science Sourcebook was designed to give students further information on various parts of the course, to inspire them to read as widely as possible, and to provide them with practice in comprehending scientific prose. It consisted of articles about many topics related to the themes of the...

Nuffield Physics Year I was planned to be a year of gaining acquaintance with materials and their properties and behaviour, and instruments, and the way in which scientists do things, and just a little of the way in which scientists talk. It was intended as a year of seeing and doing, with very little to be learnt...

The second year of the Nuffield Physics course was designed to be a year of growing acquaintance with physical phenomena and some more instruments. There was a little more emphasis on organizing the knowledge in a scientific way - by looking for general rules of...

In this year of the Nuffield Physics course, students were encouraged to become more mature scientists by trying to extract some general rules from experiments. There was more emphasis on generalising and abstracting than in the previous two years – leading to an...

Year IV of Nuffield Physics was seen by the authors as a stage for more serious and thorough study - still with enjoyment and delight, but now with more reasoning and coordinating thinking. It was to be a year of learning to 'make a noise like a physicist', as...

In the preface to Year V of Nuffield Physics, the authors show how they considered the programme to be suitable as a basis for developing what we now might call scientific literacy, as well as preparing for more advanced study of physics.

The Nuffield Primary Science materials were based on the findings of a research project called the Science Processes and Concept Exploration (SPACE). This was the first set of resources published in the UK for primary science teaching that was explicitly based on a constructivist view of learning.

...

This project allows students to think positively and creatively about different visions of the future. The activities are designed to celebrate human ingenuity rather than apportion blame or induce guilt. Specifically students are challenged to rethink a sustainable future based on the principles of closed loop...

This project allows students to consider the nature of games and sports in depth. What are the characteristics of games that make them enjoyable to play and watch? How can games be redesigned for different participants and different occasions? How can kit and equipment be designed to improve performance?

...