This is a resource designed specifically to support the teaching of Design and Technology at KS3 via remote learning. Rather than adapting an old classroom resource to try and teach remotely, this resource takes advantage of the situation to provide a unique learning experience. Students can learn many of the skills an industrial designer needs to work in industry often in a different location to manufacturing facilities. A wide range of skills and techniques can be incorporated into this project making it adaptable for a range of ages, abilities and environments. Several of these are suggested in the supporting documents. The resource currently consists of a 52 page Powerpoint Show (Office not required to view), a 34 page PDF SketchUp tutorial document and three files for cutting the components. A printable packaging net is also included as well as a template for a paper diffuser should students wish to take that option. We have also included a shortened version of the 40 page workbook that is designed to be used in Powerpoint so no need to print off paper copies. Hopefully this will inspire you to develop your own format and aid the move to a digital format in the future. The laser cutting files are in Adobe Illustrator format but the program is currently free to use for a few months so you can use it as it is or just to export to DXF or other format you may need during the trial period if you don’t already own and use this software.

A free resource for adding feedback to students for practical work/controlled assessment/NEA. It is in a digital format so it can be added to a VLE or online storage for access by student and teacher. The teacher completes the blue and green sections while the student completes the pink section.

UPDATED March 2021 This resource consists of several SketchUp files including exploded versions and orthographic views as well as a textured final model. It could be a practical lesson for students or a practical test for a technician or new teacher. Its makes a box of box joints which then fits into a frame of frame joints. It is also useful as an isometric or 3D drawing exercise or to teach CAD using SketchUP or any other 3D package. NOTE: This will work with SketchUp Make 2017.

When we all return to school why not celebrate being back with your colleagues by getting a ‘round in’…non-alcoholic of course. This is a slot together system made from 4mm laser ply. It is in Adobe Illustrator format but you can easily use the trial version (if you dont already own or use Illustrator) to get it into a DXF format for other programs such as 2D Design. The logo and text can be changed to suit your school or work. Enjoy a coffee!

A resource aimed at Primary level teaching that encourages the use of Tinkercad to design components using CAD which can then be 3D printed. The resource contains a 40 PDF cocument with guides for how to create all the components but also has the components ready to 3D print in a zipped file. The resource also considers the use of mechanisms within the curriculum.

This is an experimental project provided free of charge for teachers, technicians or educators to adapt for their own use.

This is a free unit to introduce the format of the A Level theory lessons which are Power Point Show presentations for each aspect of the A Level sylllabus with past paper questions for each topic supported in the A Level tracker which is also available. They cover 60 hour long lessons with three more for mock exams. This resource will make a comprehensive guide to the theory with ongoing assessment and tracking of the theory and NEA aspects of the course. Further units will be made available then bundled together into more cost effective units.

A DIY kit for making a rotational moulding machine. Unzip the parts, 3D print them, then follow the instructions supplied to build your own working Rotational Moulding kit. All you need to provide, other than a 3D printer, is 10mm square wood, glue, screws and washers.

A collection of 100 Design and Technology Subject Genius blogs each with a unique illustration published via the TES since 2016. This PDF collects together all of the blogs for easy access along with some additional content. Ideal to expand your reading on the subject or to use for discussion at department and management level. Please note: this now contains two documents, each with 50 illustrated blogs which are no longer available to read on the TES site

An A3 poster which shows the main Apple products in several categories and the years they were released. Updated 2020 with recent products.

This is a poster with simple diagrams derived from the A Level presentations available in the TES shop. It is designed to provide students and teachers with a ‘quick glance’ revision of the material groups, processes and finishes. It is included in the A Level Theory bundle.

A high resolution image providing a simple guide to 20th Century Design History. Certain sections are deliberately blank so that they can be used for students to investigate and add their own details. A completed version will be added shortly at no extra charge. Updated 2024 with more details but still space to add more of your own choice.

A blank AS and A Level checklist for the new Design and Technology syllabus for first teaching in 2017. This is based on the AQA NEA requirements but can be adapted for other AO's.

Based on the AQA syllabus for GCSE Design and Technology for first teaching from 2017. The spreadsheet contains three sheets; one for the NEA, a mock exam assessment based on the existing theory paper and one based on the sample material supplied by the AQA. By entering assessment criteria for each objective, the spreadsheet will show on overall grade with a traffic light system (red C or below, amber, C to A and Green A or higher). The look up table will then present a grade or level from the overall score. This is based on an existing spreadsheet which has been successful in accurately predicting grades for over 15 years. The grade boundaries can be changed once the subject is live but you can be well prepared in advance with this resource. PLEASE NOTE: This has been replaced with an updated version that provides a more detailed breakdown of marks with comments banks and more assessment potential but this is left here at a reduced price should anyone want a simple spreadsheet to work with.

Designed to be used for the outgoing GCSE and the new 2017 syllabus, this checklist can be used to ensure that a complete folder of work is produced. It can also be used to produce the relevant sheets for a digital folder or as an assessment tool and progress tracker. Easy to edit to suit the needs of the centre, subject or students, this is based on the AQA NEA requirements.

UPDATE January 2024: Added additional columns for maths and science scores from the design booklets or your own assessments. All student data is now in a Class info. sheet and copied across to all the other sheets. This is a new Key Stage Assessment based on one, two or three projects per year. The assessment sections correspond to the National curriculum with additional sections for communication and technical skills. Use this with the available KS3 design booklet to assess, track and monitor student progress against their Attainment 8 target through KS3 as well as their knowledge of maths and science in those booklets. Should you wish or need to unlock the sheets, the password is ks3. You can then use the GCSE tracker if you follow the AQA specification.

UPDATE 2: This tracker has been updated to support just A Level D&T and has new featres added. This version remains for those still running AS Level D&T or who want access to this particualr version of the tracker. You can still edit the grade boundaries as long as the AS exam is still available. UPDATE1 The May/June 2019 exams have been added so this is up to date and the grade boundaries have also been updated from the results on 15th August 2019. An 8 page spreadsheet which tracks NEA progress and allows for mock and real examination analysis based on the AQA syllabus 7551 and 7552 but it can be adapted for other AO’s. It has been used to successfully predict final grades for many years and is a useful interactive tool to use in the classroom or during progression meetings. It uses a traffic light system to show weaker areas in performance and a look up table to predict final grades and to compare against targets. A Level grade boundaries are not yet known but can be changed as needed. AS level boundaries from 2018 have been added to the AS tab. This currently uses the standard 2/4 module boundaries for grades. This is for the new GCE syllabus with first AS exam in 2018. It has been updated June 2019 to allow up to 26 students on one sheet and looks up student name and number from the information tabs. Cells not needed to be edited are locked off but the password to unlock each sheet is ‘advanced’.

This PDF is intended as a guide for Advanced Level students to help them through their NEA tasks in AQA Product Design but much of the guide could be used for other specialisms. While similar in format to the GCSE guide available here, it does have A Level specific material and addresses all the Assessment Objectives for AS and A Level. It is ideal for giving to students in a digital format or as a printed phamplet style booklet to provide an easy to use and understand overview of the NEA.

This PDF is intended as a guide for students to help them through their major project in the IGCSE Design and Technology. It is a 36-page printable booklet which can be used digitally or is ideal for an A5 size pamplet . It has no worksheets or questions but describes each component with illustrations taken from the accompanying exemplar folder which is available separately or as part of a bundle at a reduced price. Because this is a generic guide linked to a sample context, it does not constitute a writing frame so can be given to students to support them in their IGCSE. It is adapted from my own AQA exemplar to match and support the Cambridge International syllabus but could be used for other examination boards.

A completed AS and A Level project checklist ideal for digital folders. The sections can be changed to suit the centre, subject or syllabus. Ideal for producing a matching digital folder or as a checklist for NEA work.