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Design Technology

KEY STAGE 3 CURRICULUM

Design and Technology is an inspiring, rigorous and practical subject. Through a variety of creative and practical activities, students are taught the knowledge, understanding and skills needed to engage in an iterative process of designing and making. They follow a rotational learning programme following Cooking and Nutrition, Resistant Materials and Textiles. Students follow the Design and Technology National Curriculum 2014. Our curriculum supports their transition from Key Stage 2 and develops the knowledge and skills required for the GCSE courses offered at KS4 in all areas of Design Technology.

Year 7 

 

Specialism   
Food Preparation and Nutrition  

Key Questions: Why are there so many rules in the Food room? Why does it matter what I eat? Why is food cooked? How do I use electrical equipment?

  • Development of knowledge and skills through focussed learning and practical activities.
Selection of practical food products made include: Cereal bar, Fruit Salad, Pizza Toast, Fruit Smoothie, Button Buns. 
Resistant Material 

Key Questions: Why are there rules in the workshop? What skills will I learn? How will I use the iterative design process to manufacture an end product? Students will have the opportunity to design, make and evaluate:

  • A jewellery stand inspired by biomimicry.
  • Using Computer Aided Design/Manufacture.
Textiles

Key Questions: Why are there rules in the Textiles room? Can I develop my hand and machine sewing skills? How can I add decorative embellishment to my design idea?

Students will have the opportunity to design, make and evaluate:

Printed and embellished cultural cushions.

 

Year 8 

Specialism   
Food Preparation and Nutrition 

Key Questions: Why is temperature control important? Sauces – What are they? Why are they used? How are they made? Raising Agents- What are they? Why are they used? Why do I need to eat food?

Development of knowledge and skills through focussed learning and practical activities.

Selection of practical food products made include: Chicken / Vegetable skewers or Chilled Cheesecake, Pasta Bake – Roux or reduction sauce, Mechanical raising agent: Swiss Roll, Biological raising agent: Yeast product – Savoury/Sweet Pinwheels. Nutrient rich- Savoury Muffins.

Resistant Material

Key Questions: What is CAD/CAM? How will Tech Soft 2D aid the development of design ideas? How does a designer perform research to answer a design brief? How do simple light circuits work?

Development of knowledge and skills through focussed learning and practical activities.

Students will have the opportunity to design, make and evaluate:

  • Designer photo frame and base (with incorporated LED).
Textiles

Key Questions: What different methods exist in creating embroidery stitches and where can they be used effectively in a design? How can I develop my machine sewing skills safely? How can I add decorative embellishment to my design idea?

Students will have the opportunity to design, make and evaluate:

Printed and embellished Wall hanging/Organiser

Year 9

Specialism  
Food Preparation and Nutrition 

Key Questions: Is food a science? Can I make my own pasta? Where do bacteria come from? Why must my diet be balanced?

Development of knowledge and skills through focussed learning and practical activities. Selection of practical food products made include: Investigation practical: Popcorn, Shortcrust pastry Tartlets, Flaky Pastry savoury product, Mini Victoria Sandwich Cakes, Viennese fingers. Savoury/sweet product for teenager. Investigation practical: Meringue/honeycomb. Investigation practical: making homemade pasta.

Resistant Materials

Key Questions: How can you use cultural design to inspire the design and production of contemporary jewellery? What manufacturing processes are used in the production of jewellery? What impact has Birmingham had on jewellery design and manufacture?

Students will:

  • develop knowledge of using a broad range of sources to gather their design influences.
  • develop knowledge of the manufacturing processes involved in producing their own jewellery.
  • have the opportunity to design, make and evaluate creative and innovative piece of jewellery, based on the iterative design model.
Textiles

Key Questions: How can we gain inspiration from artists/designers to create unique and sophisticated designs. How can I further develop my machine knowledge and sewing skills safely? How can I repeat my stencil printing and create a co-ordinating Applique? How does my work reflect my artist?

Students will have the opportunity to design, make and evaluate: Printed and embellished work of art.

 

Key Stage 4 Curriculum

AQA GCSE FOOD PREPARATION AND NUTRITION

OPTION SUBJECT

COURSE CONTACT: MR A FEATON - HEAD OF ART, DESIGN AND TECHNOLOGY

Exam Board Website:: http://www.aqa.org.uk/subjects/food/gcse/food-preparation-and-nutrition-8585

Course Content 

This is a creative course which focuses on practical cooking skills to ensure students develop a clear understanding of nutrition, food provenance and the working characteristics of food materials.

Food preparation skills are integrated into five core topics:

  • Food, nutrition and health
  • Food science
  • Food safety
  • Food choice
  • Food provenance

Students will make a wide selection of food products and also participate in Investigational activities.

Assessment Details 

  • Written Examination – 50%
  • Non –exam assessment- 50%
  • Task 1 Food Investigation
  • Task 2 Food preparation assessment 

Why Study This Course? 

A career in the food industry due to the students’ extensive knowledge and skill in food development and production.

A career in the Health services due to the students’ ability to plan and prepare healthy food products for specific target groups. Leading on to AS/A2/ BTEC National courses and apprenticeships at Key Stage 5.

 

Key Stage 4 Curriculum

AQA GCSE Design & Technology

OPTION SUBJECT

COURSE CONTACT: MR A FEATON - HEAD OF ART, DESIGN AND TECHNOLOGY

Exam Board Website:: GCSE Design and Technology 8552 | Specification | AQA

Course Content 

The AQA GCSE Design & Technology (8552) covers core technical principles, specialist technical principles, and designing & making principles. It is assessed through a 2‑hour written exam (50%) and a Non‑Exam Assessment (NEA) design-and-make project (50%). 

1. Core Technical Principles 

Students must learn: 

  • Materials and their properties 

  • Systems (mechanical, electrical, electronic) 

  • Forces, energy, and manufacturing processes 

  • Sustainability and environmental impact 

2. Specialist Technical Principles: 

  • Taught through at least one material category or system, covering: 

  • Timber, metals, polymers, textiles, papers/boards 

  • Commercial manufacturing 

  • Quality control and assurance 

3. Designing & Making Principles: 

  • User-centred design 

  • Iterative design process 

  • Communication of ideas 

  • Prototyping and evaluation 

Assessment Details

Assessment Breakdown 

Paper 1 – Written Exam (50%) 

  • Duration: 2 hours 

  • Marks: 100 

  • Sections: 

A: Core technical principles (20 marks) 

B: Specialist technical principles (30 marks) 

C: Designing & making principles (50 marks) 

  • Includes at least 15% maths and 10% science content. 

Non‑Exam Assessment (NEA) – Design & Make Project (50%) 

  • 30–35 hours to complete 

  • Students produce a prototype and portfolio 

  • Assessed on: 

  • Identifying design possibilities 

  • Brief & specification 

  • Generating and developing ideas 

  • Realising a prototype 

  • Analysis & evaluation 

  • Contextual challenges released annually on 1 June. 

Why Study This Course? 

GCSE Design and Technology will prepare students to participate confidently and successfully in an increasingly technological world. Students will gain awareness and learn from wider influences on Design and Technology including historical, social, cultural, environmental and economic factors. Students will get the opportunity to work creatively when designing and making and apply technical and practical expertise.