This is a power-point which could be delivered over a number of lessons and with the current situation is perfect for a non-specialist classroom - all you need is needle/thread. This was one of the first projects I delivered around 6 years ago whist teaching Art Textiles and uploaded to TES a year ago. I can believe it had over 1k downloads! I have taken down and re-jazzed my power-point so it is more contemporary and fits in with my schools 5 principles of excellence. This power-point includes: Do Now Connect Task The Big Picture Learning Objectives Information about Maurizio Anzeri Models excellence and WAGOLL Shows how the project could be developed digitally Mini Artist Analysis Models excellent use of analysis Plenary Connect Activity introduces students so a second artist Hagar Vardimon Any questions please contact me on twitter @CreativeSammie

Thinking skills ladder poster for a design technology classroom Free resource but please leave a review :)

A worksheet that could be used for a cover lesson, extension task or starter activity on Hazards in the Kitchen.

For Sept 2021-22 I have a split class at DT whereby I will be seeing Year 7 only once a fortnight on the rotation. ***Adding the PowerPoints as extra as I make them. I have been tasked with running a mini textiles project over 6-8 lessons focusing on the techniques hand embroidery and applique. Inspired by Sonia Delaunay’s use of colour and shape, students are going to design and make a textile greeting card. They will be given a brown kraft A6 card and envelope along with a piece of white cotton/felt. They will then use a range of coloured felt, batik, bondaweb and hand embroidery stitches to make a textile composition to decorate the front of their card. This mini booklet is larger than it needs to be however I can set a few tasks for homework etc. The second page is blank and that is for the marking grid. The booklet includes a range of tasks: Sonia Delaunay Fact File Design Brief Mood Board - Homework Product Analysis Specification and Designing Applique and Hand Embroidery (Extension Task) Evaluation Glossary

A Sonia Delaunay worksheet which I have created as a homework task for my KS3 Year 7 class. This can also be used for a cover lesson for KS3 Art or Textiles to support the use of colour. Students first analyse the two images above and then use blending/rendering to apply colour to the composition using warm/cool colours,

A simple quick starter / do it now task to test/widen students current knowledge of Smart Materials Learning Outcomes of the lesson: MEET IT (Learning) I can name at least 4 different smart materials BEAT IT (Mastering) I can identify smart materials in real-life products SMASH IT (Extending) I can explain how smart materials can be used in every day products Students could then go onto designing a product for the textile industry which includes a smart material.

The theory side of teaching GCSE DT textiles was so new to me after teaching Art Textiles for 10 years. When delivering the theory content to the students I find that knowledge organisers distil and clarify the building blocks of learning in my subject ready to extend into the classroom learning. The don’t replace my other lesson resources but rather make it explicit what students need to know automatically to be able to apply and develop in lessons. My students use these knowledge organisers alongside worksheets and other classroom based tasks. There are two knowledge organisers attached. Once downloaded you can change the school logo. These knowledge organisers can be used across exam boards but focus on WJEC 2.1.2 natural, synthetic, blended and mixed fibres.

A mini mock paper that I have created to test Year 10 students on their knowledge and understanding of the core theory 2.1.1 (a,b and e) Free resource but please leave a review :)

A worksheet aimed at KS3 for a cover lesson, extension task etc.

A handy revision knowledge organiser for WJEC DT core theory on new and emerging technologies. Free resource but please leave a review :)

Our school are focusing on skills this term; literacy, numeracy and DCF. The English posters are great for my room but there weren’t any Numeracy posters so I made these three posters which have worked great.

WJEC Textiles GCSE 2.1.2 (a) The properties of textiles fibres including, strength, elasticity, absorbency, durability, insulation, flammability, water-repellence, anti-static and resistance to acid, bleach and sunlight. Starter or Plenary activity: Can you match the properties to their definition

This is a one off cover lesson for KS3 DT Textiles aimed at Year 8 or 9. Please note that our students are allowed to use their phones to conduct research during lessons, which they will use to support questions 1-9. Students are tasked with designing a football kit for the world cup 2022 in Qatar (design a male/female kit). Lesson Objectives: • To be able to conduct a piece of research about a major event. • To be able to identify ‘care label’ instructions and recommend appropriate ones for an item of clothing. • To develop a sporting kit and explain all decisions made. There is also a very simple power-point which shows the Qatar logo in colour (resource printed in black/white to save money). As well as some basic information on care labels etc. I will update and jazz up the powerpoint when I get time and I will update this when it is done. Possible extension tasks could be to then design the shorts, socks a drawstring kit bag etc. Or an extension sheet on care labels?

A presentation which supports a double textiles lesson, linked to the WJEC Fashion and Textiles specification. The lesson content covers the topic of Product Life Cycle from the Core Theory 2.1.1. The presentation is supported with a booklet which you can find on my TES page.

Honestly these are nothing amazing but I thought I would share. To support students with the Unit 1 exam H&C I have been creating mini mock exam papers (lifted from past papers) to test knowledge. They’re great for a lengthy starter activity or for use in a double theory lesson. Then using the answer presentation the students peer assess each others papers and write the marks on the front. I then test again a few weeks later and share the paper via google classroom. I’ve found it’s a good way to monitor progress and introduce them to exam style questions. When printing, print double sided but flip the edge of the second page (otherwise it’s upside down) and fold in half.

I produced this leaflet a few years ago for an interview on ‘Decorating Fabric Techniques’. I thought it may be useful to share. I have also uploaded the editable version on publisher. I have also uploaded the presenation which I created however, it is very basic. Along with the fabric properties/senses/ keywords starter activity. I printed these A5 landscape on card double sided. I then put them into an envelope with the labelled fabric swatches. Free resource but please leave a review :)

A mini mock paper that I have created to test Year 10 students on their knowledge and understanding of the core theory 2.1.1 (section a) Free resource but please leave a review :)

A Bacteria and Food Safety Quiz used with Year 9 and GCSE. I have used this multiple choice quiz as a starter to test Year 9 on what they remember from Year 7/8 Food.

In response to the WJEC specification: 2.1.2: (a) Natural, synthetic, blended and mixed fibres

This worksheet is for WJEC Textiles (D&T) (a) Natural, synthetic, blended and mixed fibres The categorisation and working properties of fibres and textiles. The raw materials of textiles are classified according to their source. Natural polymers Animal polymers: wool/fleece – mohair, cashmere, angora, alpaca, camel (hair), llama. Insect polymers: silk. Plant polymers: cotton, linen, hemp, jute, bamboo, soya. Manufactured polymers Synthetic: acrylic, polyester, polypropylene, nylon (polyamide), elastane, Lycra, aramid fibres. Regenerated: viscose, rayon, acetate, lyocell (Tencel®) Microfibres – to include Tactel®, (Modal®). Fibre blends Mixed fibres The properties of textiles fibres including, strength, elasticity, absorbency, durability, insulation, flammability, water-repellence, anti-static and resistance to acid, bleach and sunlight.