Students are asked to collect 50 pieces of information and produce a portrait of the life, career and contributions to science of Carl Linnaeus...

This lesson explains how the nervous system is vital for balance. Students learn about the pathway signals take between sense organs, the central nervous system and muscles in order to coordinate balancing.

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This report,  published in 2015, looks at how Independent Research Projects in Science (IRPs) are considered to be scientific projects that are about more than a pedagogical approach of ‘enquiry’.  They are open-ended research investigations led by the student, often with the support of a teacher and/or an...

This publication is a report from the Leading Space Education Programme (LSEP). This is a Science and Technology Facilities Council (STFC) funded project that has worked with 30 schools in England with the aim of enhancing science, technology, engineering and mathematics education in secondary schools and using...

In this activity children are challenged to design and make a robotic arm to grab things from a distance. The challenge is based on robotic arms on the International Space Station used to move heavy equipment or perform delicate tasks. Children will:

• discover relationships between the length of a...

Scientists at the University of Oxford are investigating the link between sporting activity in young people and the development of osteoarthritis. In very active people, bony lesions can form on the hip joint which increases their risk of developing the condition.

These diagnostic questions and response activities (contained in the zip file) support students in being able to:

• Recognise that as a sound wave travels forward, the medium it travels through does not.
• Describe the movement of each ‘particle’ of a longitudinal (sound) wave as the wave moves...

This activity challenges students to produce a calendar for the Linnean Society.  The calendar should cover:

• Principles and importance of classification and taxonomy
• Understanding the importance of Linnaeus’ contribution to science...

This APU report for teachers focuses on the performance of students aged 15 in a range of test questions concerning metals. This subject was chosen since metals are the commonest examples of elements which students meet in their everyday lives. Questions reported were...

This APU report for teachers differs from other reports in being jointly authored by members of the APU language and science teams. It reports the joint study of students’ written and spoken language in relation to science subject matter. This study addressed the...

This APU report for teachers presents a summary of the main findings likely to be of most interest to teachers from the first two surveys of students at age 11, conducted in 1980 and 1981. It also offers some conclusions about what students at this age were generally...

This APU Science report for teachers sets out the view of science that underpinned decisions about what to assess in the surveys of students at ages 13 and 15. The view led to attention being focused on activities associated with solving problems scientifically. These...

The APU report for teachers presents, in concise form, some of the data and findings of the APU surveys of students aged 13. It includes an outline of the assessment framework, some of the questions which were written to match it, a description of how well, and how...

This APU report for teachers gives information about what was assessed in the APU monitoring of students’ performance aged 11 (a short-hand for children between the ages of 10 years 9 months and 11 years 8 months). After a brief summary of the background to the APU...

The APU report number 4 for teachers presents, in concise form, some of the data and findings of the APU surveys of students aged 13. It includes an outline of the assessment framework, some of the questions which were written to match it, a description of how well, and...