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James Dyson Foundation Product Analysis Resources

Subject(s): Technology | Product design | Engineering | Age: 11-14 | 14-16 | Post 16 | Publication Year: 2010 to date
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These James Dyson Foundation Product Analysis resources help design and technology teachers to lead hands-on design classes through a series of workshops. The resources can also be used in science and mathematics lessons and for enterprise projects.

In the workshops, students disassemble Dyson products and learn about:
• The design engineering process – how and why decisions are made.
• How the technology works (by disassembling a vacuum cleaner and turbine head).
• Materials, their properties and why they’re used.
• How to writing a design brief and specification.
• Historical engineering achievements.

The pack contains materials for both teachers and students. The workshops include a series of activities that take around six hours in total to complete. Each workshop is supported with a PowerPoint presentation, activities and detailed planning documents.

It is important to note that the workshops have been developed around the James Dyson Foundation Education Box, this is obtainable from the Foundation for a free loan period of four weeks.

The resources are presented at three age levels 11-14 (Key Stage Three), 14-16 (Key Stage Four) and16-19 (Key Stage Five). While the language and expectations of the activities are suitably differentiated at each level, the step-by-step disassembly and reassembly activities are common to all three levels. Depending on the ability and previous experience of their students, some schools might feel it more appropriate to use a higher or lower Key Stage package.

HEALTH and SAFETY
Any use of a resource that includes a practical activity must include a risk assessment. Please note that collections may contain ARCHIVE resources, which were developed at a much earlier date. Since that time there have been significant changes in the rules and guidance affecting laboratory practical work. Further information is provided in our Health and Safety guidance.

  • URL: http://stem.org.uk/cxd7
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Workshop 1: Turbine Head Disassembly. A technology collection

Workshop 1: Turbine Head Disassembly

A set of resources from the James Dyson Foundation Product Analysis which support the design and dechnology and engineering curricula with particular reference to a Dyson product. Separate resources are provided for Key Stages Three, Four and Five. For each key stage, resources include: • Product evolution worksheet •…

  • Not yet rated
  • Publication year: 2010 to date
  • Resources: 3
Workshop 2: DC22 Disassembly. A technology collection

Workshop 2: DC22 Disassembly

A set of resources from the James Dyson Foundation which support the design and technology and engineering curricula with particular reference to a Dyson product. Separate resources are provided for Key Stages Three, Four and Five. For each key stage, resources included are: • Lesson planning documents • DC22 presentation •…

  • Not yet rated
  • Publication year: 2010 to date
  • Resources: 3
Workshop 3: Design Brief. A technology collection

Workshop 3: Design Brief

A set of resources from the James Dyson Foundation which support the design and technology and engineering curricula with particular reference to product design. Separate resources are provided for Key Stages Three, Four and Five. For each key stage, the resource includes: • Lesson planning documents • Design brief PowerPoint…

  • Not yet rated
  • Publication year: 2010 to date
  • Resources: 3
Workshop 4: Design Specification. A technology collection

Workshop 4: Design Specification

A set of resources from the James Dyson Foundation which support the design and technology and engineering curricula with particular reference to design specification. Separate resources are provided for Key Stages Three, Four and Five. For each key stage, the resources include: • Lesson planning documents • Design…

  • Not yet rated
  • Publication year: 2010 to date
  • Resources: 3

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James Dyson Foundation

Resource by: James Dyson Foundation

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