Design and Technology

Welcome to the faculty of Design and Technology

Hello – as curriculum leader, I would like to welcome you to the Design and Technology Faculty. We are a well-resourced faculty in terms of equipment and facilities and because of this can offer a broad curriculum from KS3 to KS5. Students make excellent progress with us here and the achieve above national attainment figures. We have a strong and enthusiastic team of specialist teachers and support staff to guide and encourage students through their learning.

Students tell us they appreciate and understand the importance of the design and technology subjects, not only developing skills and knowledge within each material area, but also those important employability skills of communication, organisation, teamwork and logical thinking. They tell us that they enjoy the active and engaging lessons and feel challenged to stretch their own understanding of processes, materials and the world around them. It is a faculty where all of the school curriculum areas can be applied, and this learning put into practice.

We are surrounded by opportunity here in the town. Dronfield has a proud industrial heritage centred around the coal mining industry, the wool trade, the production of soap and steel, and engineering – linked closely with the trades of our neighbouring city of Sheffield. There are a wide range of engineering and manufacturing industries successfully operating in the town today. The location also affords us access to the agricultural and food business sector, being surrounded by the Peak District National park. It is wonderful to have local food producers and restaurants that cater for a wider range of consumers and provide fantastic choice. The faculty has a long history of working with partners in the industry and further education to provide engaging experiences and give context to student learning.

The Design and Technology Faculty provides a curriculum that is planned to prepare learners for the wide range of career and further education opportunities that exist in the sector. We want to develop the understanding, skills and knowledge of our students that we know employers seek here in Dronfield, across the whole of the UK and beyond.

Please use the information here on the website to find out more about the design and technology faculty and our provision.

Kind regards,

Mr Thompson

Design and Technology: Vision Statement

Design and Technology is a valuable, enriching subject within today’s modern world and provides challenge and deep knowledge for all. It enables students to be successful by drawing upon knowledge learned across the whole school curriculum so they can actively contribute to the creativity, culture, diversity, health and wellbeing of themselves, their community and the world in which they live.

Design and Technology: Design Rationale

Our curriculum is focussed on two main areas: Design and Technology and Food and Nutrition. Our big ideas of sustainability; material science; health and wellbeing; and provenance flow through each key stage.  

In Design and Technology, students are encouraged to use their creativity and imagination, to design and make products that solve real and relevant problems within a variety of contexts. We look to draw upon the work of others throughout history, providing opportunities for them to critically reflect upon, evaluate and develop their designs. 

In Food and Nutrition, students will develop their knowledge and understanding of food nutrition and health; food science; food safety; food choice and provenance. Along with this they will strengthen preparation skills and have a good understanding of hygiene, cooking techniques, and sensory characteristics. 

There will be opportunities to draw upon and use their knowledge and skills from a wide range of other disciplines from across the school to give their learning purpose and relevance and enable thorough reflection of their work. 

Big Ideas

The fundamental concepts that guide our curriculum delivery in Design and Technology are encapsulated by the ‘big ideas’. These ideas are essential to enable students to achieve success in Design and Technology and align with the overarching school philosophy of ‘success with care’. The four significant concepts are: Health and Well-being, Sustainability, Material Science, and Provenance.

These ideas flow through the whole of Key stage 3 to 5 and enable students to develop a broad appreciation of the sector and understand its value to the nation and beyond. The allow links to real life and draw upon knowledge and skills developed in lessons across the whole school curriculum.

Key Concepts

The Design and Technology faculty empowers students to actively participate in the school’s 3 Rs attitude to learning initiative (resilience, reflection, and responsibility) while recognising and nurturing key attributes that contribute to a successful design and technology student. We strongly believe that our broad and inclusive curriculum enables students to experience and explore additional traits that are critical for their employability and further education, such as reasoning, recognition, and realisation. We call these the 6 Rs.

Facilities

The facilities provided within the faculty play an important part in encouraging our students to achieve in terms of making all possible opportunities accessible. Most rooms are used for specific material areas.

  • Food Preparation and Nutrition: E14, E15 and E22
  • Design and Technology – Textiles: E20, E23
  • Engineering: E17
  • Design and Technology – Resistant Materials: E18, E19, E21a, E21b
  • Product Design: E19
  • ICT Resources can be found in three areas in the faculty: E16, E20 and E25

Teaching staff 

Our Design and Technology faculty is fortunate to have a team of creative and innovative staff who are passionate about their subject. They bring a wealth of expertise and subject specialism to the classroom, which helps to inspire and motivate our students to reach their full potential.

  • Mr S Thompson (Head of the Technology Faculty – Food Preparation and Nutrition) 
  • Mrs J Tattersall (Assistant Curriculum Leader – Design and Technology: Textiles; Fashion and Textiles) 
  • Mrs C Walshaw (Assistant Curriculum Leader – Engineering; Product Design) 
  • Mrs D Birch (Design and Technology: Timbers) 
  • Miss S Thompson (Food Preparation and Nutrition) 
  • Mrs F Wilders (Food Preparation and Nutrition) 
  • Miss H Weller (Food Preparation and Nutrition) 
  • Mr V Griffith (Engineering) 
  • Mr R Shaw (Engineering) 
  • Ms R Swindell (Design and Technology: Timbers / Textiles; Product Design; Fashion and Textiles) 

The support staff play a crucial role in facilitating the learning and teaching processes within the faculty, ensuring that all students’ requirements are met. They are a great asset to the faculty and bring industry experience and skills to the teaching and learning. 

The following technicians are a part of our team: 

  • Mr. R Pigott (Food Preparation and Nutrition) 
  • Mr. R White (Design and Technology) 
  • Mrs. C Ryan (Design and Technology – Textiles) 
  • Mrs. R Marshall (Food Preparation and Nutrition) 
  • Mrs. C Gascoyne (Food Preparation and Nutrition) 

Key Stage 3

At the Key Stage 3 level, we offer our students a diverse range of avenues to explore the national curriculum for design and technology. Our dynamic and inventive schemes of work are contextualised, enabling students to hone their abilities and stimulate their creativity. These experiences furnish students with practical skills and real-life insights that prepare them well for Key Stage 4 and beyond.

Across Years 7 to 9, students rotate through specific material areas every nine weeks for their design and technology education. Each lesson is conducted over a double-period format, with Year 7 students also having an additional single-period lesson each week.

In addition, students participate in three three-week-long Design and Technology Plus (DT+) modules each year at the Key Stage 3 level. These modules provide students with the chance to apply their knowledge and skills to a genuine real-world problem or situation.

In year 9 we provide taster session projects for each material area for students to experience prior to them making their option choices for GCSE. We want students to find subjects that fit with their future plans and needs.

Year 7

DT
Context: The rate of greenhouse gases and carbon produced during the manufacture of predominantly plastic products is increasing.

How can the use of plastics be reduced?


Students are given the task to assist a local toy manufacturer by designing and manufacturing an interactive toy which uses renewable resources and reduces plastic waste.

Students consider what makes a good designer, exploring different ways of solving problems. Students design solutions and go onto manufacture their own individual design using the tools, equipment and machinery available in our extensive design and technology department. Students also develop their DT materials knowledge in the specialist areas: metals, timbers, plastics, electronics through focused theory lessons.

DT Textiles
Context: When designing a textiles product, it can be challenging to avoid design fixation.

Can you look to the work of others to inspire your designing and making whilst considering sustainability?


As an introduction to textiles technology students are introduced to the textiles workshop and its health and safety, learning how to use tools and equipment safely whilst developing their dextrous skills. At its design core, students work to understand the context of a range of different design movements within our cultural history and use this knowledge to develop their design ideas. Students undertake a practical make that allows them to explore sustainability using a range of techniques and processes to explore their creativity.

Food Preparation and Nutrition
Context:

Can you use the Eatwell Guide and a basic knowledge of nutrition and ingredients to help achieve a healthy balanced diet?


As part of their work with food, pupils will be taught how to cook and apply the principles of nutrition and healthy eating. Instilling a love of cooking in pupils will also open a door to one of the great expressions of human creativity. Learning how to cook is a crucial life skill that enables pupils to feed themselves and others affordably and well, now and in later life. This includes:

  • Understanding and application of the principles of nutrition and health
  • Cooking a repertoire of predominantly savoury dishes so that they are able to feed themselves and others a healthy and varied diet
  • Becoming competent in a range of cooking techniques (for example, selecting and preparing ingredients; using utensils and electrical equipment; applying heat in different ways; using awareness of taste, texture and smell to decide how to season dishes and combine ingredients; adapting and using their own recipes)
  • Understanding the source, seasonality and characteristics of a broad range of ingredients

DT+
The DT+ modules in Design and Technology include 3-week modules that introduce important aspects that underpin other areas of the subject. In these modules’ students have the opportunity to design and make using software, tools, equipment and machinery. Developing their awareness, abilities and appreciation for the designed world. In Y7 our DT+ is broken down into three projects;

TinkerCAD
Students are introduced to the world of TinkerCAD. They develop their understanding of the programme using the online lesson tutorials and then move onto the project context.

Context: Landing on the lunar surface is very difficult because of the Moon’s lack of atmosphere; friction cannot be used to reduce speed and parachutes are of no use for the same reason. Very careful deceleration of the engines is required, landing gently on the rocky surface, avoiding possible destruction of the module or disturbing layers of dust that could affect instruments.

Imagine you are aerospace engineers. You must design and build a simple lander to protect two ‘astronauts’ when they land. The lander must be able to carry a ‘cabin’ containing the ‘astronauts’ and land upright when dropped without damage to the lander or loss of astronauts.


E-Textiles
Students are introduced to the developing world of E-Textiles where electronics are incorporated into sportswear that can measure, track and feedback information to assist the wearer. They are introduced to basic electronics and build a simple circuit that can be embedded into a rucksack through the project context.

Context: E-textiles is emerging as an asset in technical clothing.

Can you sample a basic circuit that can be incorporated into a rucksack?

Chocolate mould
Students learn about the vacuum forming process, food packaging design & the promotion of chocolate through this exciting project. They learn about plastics, moulding and forming, before creating their own shape and packaging. The project culminates with students making their chocolate design for them to eat.

Context: Food manufacturers must make important decisions about how they package food products to sell to make them not only appealing and informative but also sustainable and suitable for use.

Can you design and make a new packaging in order to showcase a new range of chocolate?

Year 8

DT
Context: It is widely recognised that our environment has an effect on our mental health. For example, feng shui (pronounced fung shway) is an ancient Chinese system of balancing our physical environment to promote harmony and a sense of well-being. Many of us spend time indoors working, studying or relaxing at home.

Can you improve a living, working or learning space by creating a small storage/display solution?


As part of this module students will gain an understanding of the importance of design and the wider consequences that this can have on an individual and on society, students will look at how high-quality design can contribute to a positive health and wellbeing.

The module also includes learning about:

  • About the materials used to make products
  • About the iterative design process
  • How to investigate a design context and design problems
  • How to explore design solutions through sketching and modelling
  • How to use CAD(computer aided design) such as 2D design
  • How to use CAM(computer aided manufacture) machines such as the laser cutter and the 3D printer
  • How to test and evaluate your ideas and products against a specification

DT Textiles
Context: The rise of plastics in our oceans is a huge concern for us all.

Can you design and create a printed sustainable bag?

The module develops and supports the school’s vision of creating students that are responsible, resilient and reflective. It develops their awareness of the provenance of synthetic fibres and sustainability in terms of plastics and their pollution, focusing on 2 of the 6 R’s; refuse and rethink.

Students develop their understanding of 3D structures and their relationship with the 2D shape through the analysis of existing products; pattern drafting, lay planning, cutting out and manufacturing using a variety of machinery and equipment.

Students develop their understanding of printing techniques and create their own repeat using CAD to be incorporated onto their bag.

Through the revisiting of health and safety in the workshop, the law and BSI students build on the textile techniques they have individually used in Y7 developing their fine motor skills in printing techniques.

Food Preparation and Nutrition
Context: When preparing and buying meals it can be challenging to find foods that provide a balance of nutrients.

Can you plan dishes which focus on incorporating specific nutrients into the diet?


As part of their work with food, pupils will be taught how to cook and apply the principles of nutrition and healthy eating. Instilling a love of cooking in pupils will also open a door to one of the great expressions of human creativity. Learning how to cook is a crucial life skill that enables pupils to feed themselves and others affordably and well, now and in later life. This includes:

  • Understanding and application of the principles of nutrition and health
  • Cooking a repertoire of predominantly savoury dishes so that they are able to feed themselves and others a healthy and varied diet
  • Becoming competent in a range of cooking techniques (for example, selecting and preparing ingredients; using utensils and electrical equipment; applying heat in different ways; using awareness of taste, texture and smell to decide how to season dishes and combine ingredients; adapting and using their own recipes)
  • Understanding the source, seasonality and characteristics of a broad range of ingredients


DT+
The DT+ modules in Design and Technology include 3-week modules that introduce important aspects that underpin other areas of the subject. In these modules’ students have the opportunity to design and make using software, tools, equipment and machinery. Developing their awareness, abilities and appreciation for the designed world. In Y8 our DT+ is broken down into three projects;

Structures- Designing Bridges
Context: As humans continue to have a significant impact on the environmental stability of the earth, it is becoming evident to see that global warming is having a significant impact on the extreme weather conditions that are occurring on our planet. Heavy rainfall and flash floods have recently seen roads and bridges washed away, leaving towns and villages isolated and making any travel or access to emergency services very difficult.

Can you design an innovative flat pack bridge that can be assembled quickly in times of emergency?

Communication – Drawing in 3D
Context: It is important to communicate our ideas to others clearly on paper.

Can you learn to draw in 3D using isometric and a range of skills so that you can communicate your ideas clearly to others?

The best designers use a variety of a variety of tools and techniques to convey their thoughts and ideas. It takes practice and experience to master these skills. As we become more able to communicate our concepts on paper, we should consider who we are communicating them too and how else we can make our design work talk.

Food and Nutrition – Hello Fresh
Context: When preparing and buying meals it can be challenging to find foods that provide a balance of nutrients.

Can you plan dishes which focus on incorporating specific nutrients into the diet?

With a focus on health and wellbeing, provenance and sustainability, students explore UK food provision relating to the growth market of cook at home/ fresh meal kits. They design a 2-course meal for Hello Fresh, considering the health and wellbeing of consumers (in line with NHS recommendations and guidance and the provision of specific nutrients), the provenance (source) of food ingredients, as well as ingredient sustainability. Students will develop product costing skills, keeping within a budget of £5 per portion or less.

Students will put together and present Hello Fresh style sheets for their dishes, including an ingredients list, step by step making instructions, product visualisation, costing and nutritional information / labelling (created by them using an online nutrition analysis tool).

Year 9

DT
Context: As the world continues to manufacture products from raw materials it is important to know where resources are from and if they are damaging the environment.

Understanding where materials come from and how they can be used is an important part of protecting our environment. Students will also get the opportunity to apply their knowledge and skills by designing and creating a solution to enhance the biodiversity of their local environment. This will also include:

  • Learning about biodiversity and the impact that a consumer society has on natural resources and the environment.
  • Being able to describe biodiversity and understand what the effect loss of habit will have for plants, animals, and other organisms.

DT Textiles
Context: Designer trends and influences. Making fashion today accessible to all.

In Y9 students work to develop their appreciation and understanding of a wide range of issues surrounding the fashion industry from trends and influences, concept ideas, working with design briefs and specifications, on to manufacturing specifications. They develop their understanding of important design topics such as life cycle analysis and a circular economy whilst exploring techniques and processes to create a unique adaptation of a plain white t-shirt before testing and evaluating against their brief and specification to establish what went well and even better if.

Food Preparation and Nutrition
Context: Appreciating and understanding where food comes from and how it behaves when we cook with it is important.

Learning about biodiversity and the impact that a consumer society has on natural resources and the environment.


As part of their work with food, pupils will be taught how to cook and apply the principles of nutrition and healthy eating. Instilling a love of cooking in pupils will also open a door to one of the great expressions of human creativity. Learning how to cook is a crucial life skill that enables pupils to feed themselves and others affordably and well, now and in later life. This includes:

  • Understanding and application of the principles of nutrition and health
  • Cooking a repertoire of predominantly savoury dishes so that they are able to feed themselves and others a healthy and varied diet
  • Becoming competent in a range of cooking techniques (for example, selecting and preparing ingredients; using utensils and electrical equipment; applying heat in different ways; using awareness of taste, texture and smell to decide how to season dishes and combine ingredients; adapting and using their own recipes)
  • Understanding the source, seasonality and characteristics of a broad range of ingredients


DT+


The DT+ modules in Design and Technology include 3-week modules that introduce important aspects that underpin other areas of the subject. In these modules’ students have the opportunity to design and make using software, tools, equipment and machinery. Developing their awareness, abilities and appreciation for the designed world. In Y9 our DT+ is broken down into three projects:

Engineering Electronics
Context: The development of the microcontroller had a significant impact on electronic products.

Within this module, you will develop an understanding of what a microcontroller is and how this is used in everyday products that we often take for granted. You will get the opportunity to use software to develop your programming skills and test this against a real-world scenario.

Food and Nutrition – Packaging
Context: Food manufacturers have to make important decisions about how they package food products. Packaging protects foods and helps prevent food waste but, is it easy to use for all users?

Students are challenged to research a specific user group to find out their needs and requirements and use this information to redesign an item of food packaging to make it accessible to all users.

DT – Design Challenge
Context: Students are challenged to design a new product for the Design Museum Shop

The Design Museum in London showcases exhibitions from past and present designers looking at iconic and influential design. Design Ventura works alongside the Design Museum to challenge young people in the real world of design. Students are given a brief and a user group. In teams they are to take on different roles and work together to solve the given problem.

Key Stage 4

AT KS4 we offer students the opportunity to study: Design and Technology: Timbers; Design and Technology: Textiles; Engineering; and Food Preparation and Nutrition. 

Key Stage 4 for our students begins in Year 10. Each class getting two periods a week. We offer a variety of GCSE courses in order to cater for the individual learning needs of our students. 

We know these are important subjects for students to study for several reasons: 

  • Develops Practical Skills: These subjects provide students with the opportunity to develop practical skills, such as design, engineering, and cooking, which are essential in everyday life and for future careers. 
  • Fosters Creativity: DT encourages students to think creatively, find solutions to problems, and develop their innovative abilities. Similarly, studying food allows students to explore their creativity through cooking, presentation, and experimentation with flavours. 
  • Promotes Healthy Living: Food preparation and nutrition educates students about healthy eating habits, making them aware of the importance of consuming a balanced diet, and understanding the nutritional values of different foods. 
  • Improves Critical Thinking: DT and Food Preparation and Nutrition require students to analyse and evaluate their work, encouraging them to think critically, make decisions, and justify their choices. 
  • Enhances Employability: These subjects provide valuable skills that are sought-after by employers, making students more attractive in the job market. For example, DT students can acquire skills in product design, prototyping, and manufacturing, while Food Preparation and Nutrition students can develop their culinary and food hygiene skills. 

Key Stage 5

At Key stage 5 we offer: Design and Technology: Product Design and Design Engineering; Product Design: Fashion and Textiles; Diploma in Food Science and Nutrition.  These course are delivered over five single period lessons in the week 

There are several reasons why students should consider taking these courses: 

  • Career Opportunities: A levels in these subjects can lead to a wide range of career opportunities. Engineering A levels can lead to careers in civil engineering, mechanical engineering, electrical engineering, and many more. Product Design A levels can lead to careers in product design, industrial design, and graphic design. Fashion A levels can lead to careers in fashion design, merchandising, and marketing. Food Science A levels can lead to careers in food technology, nutrition, and quality control. 
  • Further Education: A levels in these subjects can provide students with the knowledge and skills needed to pursue further education in related fields. For example, students who study Engineering A levels may go on to study engineering at university. 
  • Problem-solving Skills: These A level subjects all require students to think critically and solve complex problems. This can help students develop important problem-solving skills that are applicable in many areas of life. 
  • Practical Skills: These A level subjects often involve practical work and hands-on learning, which can help students develop practical skills that are valuable in many careers. 
  • Personal Interest: If a student has a personal interest in any of these subjects, then studying them at A level can provide a deeper understanding and appreciation for the subject matter. This can lead to a greater sense of personal fulfilment and enjoyment in their studies. 

The links to our course specifications can be found here: 

AQA Product Design: Fashion and Textiles: AQA | A-level | Design and Technology: Fashion and Textiles | Specification at a glance 

OCR Design and Technology: Design Engineering: A Level Design and Technology H404-H406 Specification (ocr.org.uk) 

OCR Design and Technology: Product Design: A Level Design and Technology H404-H406 Specification (ocr.org.uk) 

WJEC Level 3 Diploma Food Science and Nutrition: wjec.co.uk/umbraco/surface/blobstorage/download?nodeId=5446 

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