Learn about the forces of air resistance and gravity in this colourful comic aimed at Key Stage Two. Written to promote scientific enquiry, it includes an air resistance investigation to find which is the best shape and size for a parachute. It also focuses on asking...

Learn about the properties of solids, liquids and gases in this colourful comic aimed at students in Key Stage Two. Written to promote enquiry skills, it contains a linked investigation which focuses on planning and evaluating evidence when investigating how to create...

Learn about thermal insulators and changing state in this colourful comic aimed at Key Stage Two. Written to promote enquiry skills in a context, it focuses on planning and carrying out a fair test to investigate which materials are the best insulators.

Learn about the properties of solids and liquids and dissolving in this colourful comic aimed at students in Key Stage Two. Written to promote enquiry skills in a context, it focuses on planning investigative work and evaluating evidence before carrying out an...

Learn about the properties of materials and changing state in this colourful comic aimed at students in Key Stage Two. Written to promote enquiry skills, it contains a linked investigation which focuses on planning and recording when finding out how to make the best...

Learn about the properties of materials in this colourful comic aimed at students in Key Stage Two. Written to promote enquiry skills in a context, it focuses on making careful observations when carrying out an investigation testing the hardness of materials.

A Catalyst article about a group of young scientists testing scientific claims in advertising. The group thought many claims sounded implausible. They decided to hunt for the scientific evidence behind them and challenge the manufacturers to explain how the products work. The article outlines the investigations...

A collection of images representing semi conservative DNA replication:

Illustration depicting semi-conservative DNA replication 1. Three generations of DNA are shown. After separation of the DNA double helix, two new complementary DNA strands are synthesised (indicated by a new colour)....

The materials in this resource are from the Secondary National Strategy ‘Progressing to Level 6 and beyond in science’ project. They were intended as guidance for senior school leaders in a school undertaking the Level 6+ project.

This video introduces Paul, a senior composites engineer for Lola Cars International. Paul explains his role in designing the structures that are made of carbon fibre for race cars such as the one featured in the video. He discusses the love of engineering he had when he was younger and how his maths, physics and...

After school, Amy initially studied childcare for two years before embarking upon a career in a pharmacy.  After 2 years training to be a...

Yao studied Ancience Chinese music at University. She applied for the role in Quality assurance as the role looked interesting and varied. Having had great opportunities to advance in her career, she is now involved in quality control, customer satisfaction and managing the...

This Nuffield 13 - 16 module is one for the start of the three-year programme. This B unit provided enough material for six double periods in the third year of secondary school (year nine). The teachers’ guide included six worksheets to supplement the students’ booklet...

The joy and challenge of building ‘cheap and cheerful’ sensors has a wide appeal to adults as well as children. It also opens a wide number of links to aspects of the mathematics, science, computing, design and technology, and engineering curricula, supporting scientific investigation and discovery. These...

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

• Use the addition rule for p.d. in a series circuit to calculate the p.d. across components.
• Use the ratio rule for p.d. in a series circuit to calculate the p.d. across components...