1114 results found for your search "Planning to teach the new GCSE in design and technology"
STEM Racing Primary Class - Group Starter Pack (Makes 50 Cars - Engine Housing Nets / Blank Bodyshell Nets not included), Makes 50 Cars!DOES NOT INCLUDE ENGINE HOUSING NETS OR BLANK BODYSHELL NETS. Set your youngest students on the fast track to STEM success. STEM Racing Primary begins with a simple challenge: teams of 3–6 students design and build their own paper racing car. But that’s just the starting line. As they progress, pupils develop real-world skills, explore STEM concepts through hands-on learning, and experience the excitement of problem-solving...
Torches, Lamps and Lanterns, Age 7-9 yearsFirst published 2013 This Year 3 or 4 unit, from material kindly provided by Hampshire County Council, has children design and make a purposeful product using an electric circuit. The extensive PowerPoint presentation includes examples of torches with different users and uses, the components of electrical circuits and how they come together, and construction methods for making the different parts of a torch. It also contains tips and ideas for teachers and Health and Safety advice and has a...
Inspired by Industry RAF, Inspired by Industry: RAF This context allows students to explore temporary shelter design for various situations, from humanitarian aid to pop-up market stalls and pet carriers. The project encourages material exploration, testing for properties like insulation and waterproofing, and considering collapsible structures and mechanical systems. Students can create physical or CAD prototypes, with testing methods ranging from virtual FEA analysis to hands-on team challenges like building and water-testing shelters. The project supports individual and group work, fostering problem-solving and engineering skills...
Inspired by Industry Pure Electric, Inspired by Industry: Pure Electric Students tackle the design of cargo-carrying systems for bikes, scooters, and e-scooters. This project encourages practical prototyping, precise measuring, and material experimentation, including multi-material solutions using fabrics and polymers. From creating holders for tools and water bottles to waterproof carriers, students can test their designs in class and refine them conceptually with CAD software. Log in or join the Association and add this to your basket. This classroom resource is free so there will...
Inspired by Industry Bang Creations, Inspired by Industry: Bang Creations This practical challenge focuses on creating functional desk organisers with modern applications. Students can design items like pen pots, dual-purpose holders for phones or glasses, or multi-functional workspace tools. The project is flexible, offering opportunities to use various materials and methods, including CAD, 3D printing, and traditional craftsmanship, to develop tailored solutions for a tidy and efficient workspace. Log in or join the Association and add this to your basket. This classroom resource is free...
Mapping out careers, This pdf poster will help your students focus on their career paths and the routes they will need to follow to get to their chosen job. The routes and locations on the map will help them identify and decide on their future paths and the options needed to get them to where they want to be. How to use the mapPrint out the map and put it in a prominent place where students can pause
Inspired by Industry Yoto, Inspired by Industry: Yoto This context has been put together to allow for a range of opportunities for students to explore the design and creation of toys to help children learn. While the company specialise in screen free audio players, the context is adaptable to other types or learning toy. This context provides opportunities to explore woods and polymers as well as prototyping materials such as card and expanded foam. This context could also encourage the exploration of simple electronics and/or...
Inspired by Industry PTC Onshape, Inspired by Industry: PTC Onshape This context has been created to allow for a range of opportunities for students to explore user centred design and innovation through the development of a robot that can improve the quality of life. The prototype outcome(s) will need to be realised in a form that can be tested and evaluated. This might simple be a mock-up with exposed parts, wires etc. to test functionality, or it could be that the prototype resembles a more commercial ‘finished’ outcome....
Inspired by Industry JCB, Inspired by Industry: JCB This context has been put together to allow for a range of opportunities for students to explore the causes and effects of pollution in the environment and to design solutions to combat pollution. The context is adaptable to a wide range of applications such as waste collection, management and disposal. Some outcomes are likely to be conceptual and may not be fully working. For example, a waste compactor may focus on the mechanical operation...
Making frames for motorised projects, Making frames for motorised projectsAge 9-11 years First published 2014 This Year 5 or 6 PowerPoint presentation, from material kindly provided by Hampshire County Council, includes a step-by-step guide through making a framework to house a motor that can be adapted for a range of uses. Once children have been successfully led through the design and manufacture of the unit they are then well placed to incorporate it into any moving machine, including fairground rides or moving vehicles. Successful electrical and computer control activities can be...
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