The project provides a lesson structure for the design and manufacture of an MP3 amplifier. The resources uses a sketching and computer aided design (CAD), alongside laser cutting and 3D printing processes. Students will apply the tools in Autodesk Inventor and 123D Make to create the MP3 parts, before...

Design for a better world is a design challenge for students aged 11-14 years. It offers students the opportunity to:

• Learn about the global goals for sustainable development.
• Access a range of global contexts including water and sanitation, food security and climate action in which to...

This project looks at the animation of a character created in Project Pinocchio. Students use the tools in Autodesk Maya to create a 10 – 15 second dance routine for the character. Students are introduced to some basic navigation around Autodesk Maya before learning how to pose their characters using a HumanIK...

Designing the Future from Siemens is a set of activities which help students to discover the manufacturing process and how digitalisation is making factories smarter.

This resource includes an online interactive game which allows pupils to explore a smart factory highlighting the different areas in the...

In this resource students are given a quadrilateral with one angle of 60 degrees and varying side lengths- with two of the sides of equal length. The challenge is to calculate the lengths of the diagonals.

Each student worksheet contains a different quadrilateral, but the solutions all have something in...

This SATIS Revisited resource is a structured group discussion activity, which looks at the use and abuse of drugs to enhance sporting performance.

The unit provides a rationale for teaching about ethical issues in science for students age 14–16. The aim is to introduce the idea that the discussion of...

Dijkstra's algorithm finds the shortest path for a given problem. Dijkstra's algorithm can be used to find the shortest route between two cities. This algorithm is so powerful that it not only finds the shortest path from a chosen source to a given destination, it also finds all of the shortest paths from the...

• Describe the effects of an electric shock on a person.

• Explain why there are no standard mains sockets in a bathroom....

This resource from the Institute of Physics, describes how electrocardiagrams (ECGs) record the activity of the heart through electrodes placed on a patient's skin. The teacher's notes contain an introduction to ECGs and lesson notes for the associated PowerPoint file. A mark scheme for the worksheet is also...

• Identify types of electromagnetic radiation that can be naturally occurring.
• Describe a range of sources of harmful electromagnetic...

The Nuffield Foundation provides this activity which uses examples in the context of shape and space to help students understand how big errors may be, and how errors accumulate when measurements are used in calculations. This is particularly important in scientific contexts. Students are required to find the upper...

In this SATIS Revisited resource students investigate how scientists monitor seismic activity and warn of impending volcanoes, the limitations of the scientific data collected, and resulting precision level of warnings.

In this fast-moving and dramatic activity, student groups become teams of volcanologists. They receive a budget with which to purchase and maintain monitoring instruments and satellite data for an active volcano. They decide which instruments to buy, and where to place...

In this activity from ARKive students look for similarities between the basic body plan of different vertebrates as evidence of evolutionary change.

Please note that the ARKive.org website is no longer available, where links are listed for additional information within the Teachers' notes.The Teachers'...