Having a celebration? Use these handy guides and templates to bring design and technology skills in to your classroom, adding a touch of skill to your crown making. Suitable for four to eleven year olds, the template is easily adaptable for all head shapes and sizes. Use the templates provided to cut out, spend...

This resource could be used as a short design and make project in Key Stage 2, or as the design and modelling stages of a project to make a grabber out of resistant materials.

In this activity, students will make a 'grabber' device from card.

This is one of a set of resources developed to support the teaching of the primary national curriculum. They are designed to support the delivery of key topics within science and design and technology. This resource focusses on producing a Newton’s cradle that uses magnets instead of the usual metal spheres.

This video explains that to compute the prime factors in a 2048 number would take a classical computer years, yet the ability of a quantum computer to use superposition, which reduces the number of steps to complete a computation, makes it possible in minutes.

The explanation

The...

Dallas Campbell shows how to make a simple rocket out of an old film canister and an effervescent tablet mixed with water.  He...

In this activity, students assemble a simple electric circuit. This develops understanding of how electric circuits function.

In this activity, students assemble a variety of different switches from commonly available items. This develops understanding of how switches are used, electrical conduction and how electric circuits function.

This resource shows how you can successfully lift a person off the ground using two cordless leaf blowers, problem-solving skills and some STEM knowledge: the same knowledge and skills that are used to design hovercraft.

Curriculum links include:

forces ...

This project uses Fusion 360 to demonstrate the design of a cable tidy for a smartphone charger. In additional to basic CAD sketching tools, the resources prompts students to use the 'revolve' function and export their file for 3D printing.

This lesson explains how to prepare a model for 3D printing. It looks at creating an exportable file (STL) from Fusion 360 and describes the key settings that students will need to understand when slicing a file (I.e. infill, layer height, raft). This resource is useful to those not using Fusion 360, but you may...

In this activity from the Institution of Engineering and Technology (IET), students work in teams to investigate the measures that could be applied to reduce the carbon footprint of their own school. They then prepare a presentation summarising their recommendations....

Climate Ambassadors can help your nursery, school, college or MAT develop a climate action plan for free. They can help you take the first step in getting started or help you develop your plans and put them into action. This guidance outlines what you need to do to request a Climate Ambassador and how to ensure you...

This lesson looks at the process of slicing a file ready for 3D printing. It provides an overview of key 3D printing terms (I.e. infill, density, raft) and explains the importance of simulation in completing a print successfully. This resource uses UPStudio software as its example but the key terms should be...

This resource focusses on the use of multiplication and division in the context of scaling an item to either double or half its size. Referencing the importance of scale to the field of engineering, especially in the design of large structures such as bridges and buildings, this resources cleverly demonstrates how...

Teaching Enquiry with Mysteries Incorporated (TEMI) intends to prepare students for enquiry-based learning by introducing them to challenging and fascinating phenomena. TEMI resources make use of unknown and uncommon observations as mysteries for students to solve.  This resource looks at what makes a good mystery...