In these experiments students make and test circuits to investigate a range of effects:

Section A: Transforming a d.c. power supply
*Experiment A(i): Step-up voltage regulator
*Experiment A(ii): Step-down voltage regulator
*Experiment A(iii): High current step-down regulator
*...

Produced by the Technology Enhancement Programme (TEP), this collection contains instructions that enable students to produce a range of electronic devices. Each of the resources contains a circuit diagram, component list and full explanation of how the circuit works. There are a range of topics covered and...

Produced in 2003, these performance descriptors for chemistry science subjects at AS and A2 levels were written to indicate the level of attainment characteristic of grades A/B and E/U boundary candidates across a series of assessment objectives. It was intended that they should be interpreted in relation to the...

Produced in 2007, these performance descriptors for science subjects at AS and A2 levels were written to indicate the level of attainment characteristic of grades A/B and E/U boundary candidates across a series of assessment objectives. It was intended that they should be interpreted in relation to the content...

This guide to disruptive technologies provides ideas and rationale for why disruptive technologies should be taught as part of the Design and Technology secondary and post-16 curriculum. It provides examples of disruptive technologies, discusses how they might be introduced in a classroom setting and supports in...

This set of subject criteria were produced by the Qualifications and Curriculum Authority in 2006 for Awarding Bodies to produce AS and A level science subject specifications, in biology, chemistry, physics, psychology, geology, electronics and environmental science.

AS and A level subject criteria are...

This activity, from the Institution of Engineering and Technology (IET), explores how the antenna part of body centric antennas (BCAs) work and encourages students to consider ethical issues surrounding the use of advanced technology to control prosthetics.

This longer-duration activity involves prototyping a low-power lighting system. It could be used in an off-timetable workshop or across a series of lessons.

Students are challenged to work through the whole design process, and to place a micro-controller (in this case a BBC micro:bit) at the centre of the...

This project demonstrates how to use a light sensor cell holder and make a circuit using two PCB LEDs. The resource provides a step by step guide on how to make a bike backpack cover with LEDs inserted along one of the reflective stripes. It uses a cell holder which has a light sensor on it which means the LEDs...

This activity, suitable for a multi-lesson sequence or a single extended session, challenges students to design and prototype a simple motion-sensing alarm. The device is intended to prevent theft or the accidental picking-up of a bag.

Motion is sensed using the accelerometer built-in to the BBC micro:bit,...

This resource describes how to make two hearts which light up when placed next to each other. Each heart has a magnet switch and magnet hidden along the side edges and once they are lined up with each other, a circuit is created. A miniature cell holder is used along with a PCB LED that glows through the fabric....

This resource describes how to make a safety armband or beltband.The projects use a basic e-textiles circuit, but a popper has been added into the circuit to create a switch. When the popper is open the circuit is broken and the LED will not light up. When the popper is closed the circuit is functional and the LED...

This resource describes how to add an LED light to a beanie hat.It is an ideal starter project and uses a basic e-textiles circuit. Students will learn how to use conductive thread, a standard LED and a switched cell holder in order to place the light on the outside of the hat without cutting a hole. Step by step...

A Catalyst article about the use of tiny electronic sensors to monitor the movement of people. As electronic devices get smaller and more powerful, they are finding new uses in monitoring human activity. This article describes a project to develop sensors with uses in medicine, sport and electronic gaming.

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Engineer Matt Holloway and his team have designed and built a robot designed to get into small spaces that can insulate your home. A robot...