From the Technology Enhancement Programme (TEP), these circuits allow students to build a range of devices. Each circuit has a full circuit diagram, component list and explanation of how the circuit works. In this section, the circuits cover a range of timers and timing...

These electronics resources from Kitronik help students to:

• Understand simple electronic components
• Identify circuit symbols
• Calculate resistance values
• Calculate capacitor values
• Understand how a potential divider works
• Understand components such as...

This sample of a teacher guide introduces basic robotics using VEX IQ robotics kits and ModKit programming software – the activities are based upon a single robot model which can be constructed from the VEX starter kit.

Students learn about basic movement of the robot rover, as well as related challenges, in...

In this video from the Institution of Engineering and Technology (IET), engineers explain the technology behind Wii controllers. Micro electro mechanical systems (MEMS) is the technology behind games console controllers and products like air bags. New applications for...

This Catalyst article investigates how polymer materials can be designed and printed with electrical properties that allow them to be used in wearable electronic devices. The article is from Catalyst: Secondary Science...

This physics extension module from the Salters' Science course focuses on the physics and electronics behind each part of a television set. Production of electron beams and their deflection by electrical or magnetic fields are shown and students see how colours can be...

Produced for the Technology Enhancement Programme (TEP), this book contains a comprehensive selection of useful descriptions and reference information on the properties of materials, manufacturing processes, ergonomics and electronics. This pulls together a wide range of data into a single publication, accessible...