Design Technology

                                 Design and Technology - Great Corby School, Cumbria

 

Autumn 2

                           Healthy GIF - Find & Share on GIPHY

                      This term the class will be focusing on Healthy Eating.


diet.jpg

 This is a Eat well Guide. 

 It shows the proportions and types of food to eat to stay healthy.

 We need to eat foods from each food group.

 The Eat Well Guide shows all the foods -  Meals and Snacks.

 

 

 

 

 

 

 

 

Key vocabulary 

Foodnutrients, nutrition, gluten, dairy, allergy, intolerance, budget, savoury and sweet .

 

Below is the vocabulary, the children , will be looking into to get a greater understanding of what healthy eating is all about:

Nutrition - The act or process of nourishing or of being nourished; the use of food for life, health, and growth

Gluten - The tough, viscid, nitrogenous substance remaining when the flour of wheat or other grain is washed to remove the starch.

Dairy - Relating to or for milk, cream, butter, cheese.

Intolerance - Abnormal sensitivity or allergy to a food.

When you are looking at healthy options, you need to consider ALL food groups that provide vital minerals and vitamins to the human body.

Healthy snacks

Healthy Snacks for Kids: 18 Nutritious & Delicious Snacks Fruit Healthy GIF - Fruit Healthy Food - Discover & Share GIFsHealthy Snacks For Kids GIFs - Get the best GIF on GIPHY

 

                                                    Our DT project is an ‘enterprise project.

Enterprise education in primary schools is an essential part of developing enterprising children.

It helps them understand the world of business and prepares them for future responsibilities and experiences.

In groups, the children wrote down things we could make to generate income (money).

 

They conducted market research to find out which product our consumers (customers) would be likely to purchase.

Market Research

Think: What sort of questions should we ask?

How could we record our results?

How could we display our results?

 

In pairs, the children researched recipes for the given snack and used supermarket websites to cost the ingredients.

                                       IMG_5813.JPG IMG_5814.JPG

IMG_5845.JPG IMG_E5847.JPG IMG_E5848.JPG IMG_E5849.JPG

                                        IMG_5843.JPG IMG_5844.JPG

 

In small groups, the children made their brownies.

1.jpg 2.jpg 3.jpg 4.jpg

                      5(1).jpg 6.jpg 7.jpg 

                                     8.jpg 9.jpg

Selling brownies.

Spring 2

 

                                          Periscope Social Network Animated GIF Logo Designs

                                            How To Make A Periscope (STEM Project for Kids)

Who was the key innovator Jules Carpentier?        French engineer and inventor Jules Carpentier (1851-1921)

Jules Carpentier 1851 - 1921 

occupation:
Electrical instrument maker, Engineer, Photographer
Nationality:
French
Born in:
Paris, Ville de Paris, Île-de-France, France

Jules Carpenter was the designer of the submarine periscope.

IMG_6511[1].JPG IMG_6512[1].JPG IMG_6516[1].JPG IMG_6517[1].JPG

 

Summer 2

This term the children have been learning about Fairground rides. They looked at the history behind it and how popular they became as time went on.

They looked at the mechanism behind differnt rides such as:

  • Ferris Wheel (Big Wheel) – A giant wheel with passenger cabins that gives great views.
  • Carousel (Merry-Go-Round) – A rotating ride with beautifully decorated horses and other animals.
  • Mini Train – A small train that takes children around the fairground.
  • Tea Cups – Cups spin as they rotate around a central point.
  • Helicopter or Aeroplane Ride – Small vehicles that move in circles and rise up and down.

                           https://images.openai.com/static-rsc-4/lHJTm9IcrZYZKKFXYDm5lurttgsu9NA5f398NFKv5fRc1zt9JoSVZjI30h4W-ELz_jPbYx4GPbS-sRbVYHWMF5lx3-acWuXtp2GoF8wPXj119TMke9tWDocHQSVqVnc1dfynACVS4Pltof2HGStT13Y6GLVhhnwII02-hbdNFJ1NWMfHON8kUAMMP-mta6az?purpose=fullsize https://images.openai.com/static-rsc-4/I1H-s89ox0yRbZsUxSeHkcqvJbS1pw8Sh4N5Yh9yMv9tOfrvknNSkVy2zeJQWMiBfNncFSgqj5Pk1ezRre6M00CoCnAQjGZ6oMNCw0LsYxw8e0Mk1L7l71Bt9kn1qevLvLM0HnXGZO2RHoteksHk0JRMedEglZN0KePlcHYYanSyqrI15SWRm2nLWikUkeiT?purpose=fullsize https://images.openai.com/static-rsc-4/J5fSZQ8gM8ySCB7LdB5lvRl8Tqscxq58wQ2szXsc2wFBhKI8aD9N8mVYYad72tazKME-4uajRw-AqrqiZLMzKRXNln3vWZR1HpTsmwkVdeWD_V-YzrSZCLHCapWsZzgeH5vEgwmQ8Y9aXMwxnfvohat-F08eC0Blqsa8jYrphMfaEbiGTqBdm5NcDb0_qPAy?purpose=fullsize

Different fairground rides use different mechanisms (systems of moving parts) to make them work safely.

                                               https://images.openai.com/static-rsc-4/FBJwVS91yYZG2E4994bnbrMfvUAMx1eJt5sDIlwPp2-sNYeLJ83hMoB2wfdtI0TmY7ghW8JzuGUBPkgVowApGzggfrSfxEm1lpAh2ytZ2JjxFmhkL3hqBIFkhZQK35eR2ZYps5wybDGHYl82sjIDjNNK8FtshvSt1XiE1TlItjqD0ecSaM5yp1GMkRuqCO0Q?purpose=fullsize https://images.openai.com/static-rsc-4/_wONUypP1ScNIbsofRGVI4NlOOSoI6f9nBTB8SKRYaRiURAlbhPMwXUUFtfycFz36lLa9j-VZmB78J6IchZ6u4gqzk9nPZ2K5AzaBNIvjpgBckOIbt0aHHa_p_XBpCbtjtOPCewVM0r6iwXLY3qN-OkOhT6ZM3-e-tFZlNqPp2n-gZaMC23WMspU_q_XS_Tv?purpose=fullsize

         Ferris Wheel

  • Mechanism: Electric motor, gears, and axle.
  • The motor turns large gears, which rotate the giant wheel around a central axle.
  • The passenger cabins stay upright because they pivot freely as the wheel turns.
 

Below are some of the mechism found and how they work:

 

 
Gears Change speed and direction of movement Carousel, Ferris Wheel
Axle Allows large wheels to turn Ferris Wheel
Chain Pulls or lifts part of the ride Roller Coaster
Cables Lift or support heavy loads Drop Tower
Crank Changes circular motion into up-and-down motion Carousel horses
Cam Creates repeated up-and-down movement Carousel
Pendulum Swings back and forth Pirate Ship
Wheels Allow smooth movement Roller Coaster
Brakes Slow or stop the ride safely Roller Coaster, Drop Tower

 

We then had a visit from The Lego Man who explained the techniques and method behind the rides.

They then got a chance to experiment and make they own fairground rides with lego. Once they complete that task, they connected it to the computer and got to control the movements of they creation.

IMG_7394[1].JPG IMG_7385[1].JPG IMG_7398[1](1).JPG IMG_7430[1].JPG

                    IMG_7404[1].JPG IMG_7420[1].JPG IMG_7433[1].JPG

IMG_7435[1].JPG IMG_7441[1].JPG IMG_7410[1].JPG IMG_7436[1](1).JPG