Design & Technology

 

Design and Technology is implemented through the Cornerstones curriculum, which provides a coherent progression of knowledge and practical skills. Projects are sequenced so that pupils repeatedly encounter the key areas of structures, mechanisms, textiles and cooking and nutrition, with increasing technical complexity as they progress through school.

 

Teaching follows Ascot Road's whole-school pedagogical framework of Revisit → I do → We do → You do, with checking for understanding embedded throughout. This enables teachers to explicitly model technical knowledge and practical processes before pupils move towards increasingly independent designing and making.

 

Revisit: Teachers activate relevant prior knowledge and practical skills. Pupils may revisit a previously encountered joining technique, structural principle, mechanism, material property or design vocabulary before applying this knowledge to a new and more challenging context.

 

I do: Teachers explicitly model new knowledge, techniques and safe working practices. This may include demonstrating how to use a tool, create a join, sew a stitch, construct a mechanism, prepare food or strengthen a structure. Teachers also model the thinking involved in making design decisions, showing pupils how choices should be informed by purpose, user and design criteria.

 

We do: Pupils practise techniques with teacher guidance. Focused practical tasks allow pupils to explore materials, components and processes and develop the knowledge and skill they will later need to work more independently. This reflects the Cornerstones approach, in which practical development precedes the more independent application of learning within design tasks.

 

You do: Pupils apply their developing knowledge through increasingly independent design and make tasks. They make choices about materials, structures, mechanisms, aesthetics and techniques based upon the intended purpose and user rather than simply reproducing a teacher-made model.

 

The iterative design process is made explicit throughout learning. Pupils investigate and evaluate existing products, identify users and needs, establish design criteria, generate ideas, develop plans, create prototypes or final products, test their effectiveness and evaluate outcomes. As they mature, pupils are increasingly expected to make changes in response to testing and feedback.

Pupils learn that design criteria provide a framework for successful decision-making. Teachers support pupils in moving beyond statements such as 'I like it' towards evaluating whether a product is functional, appropriate for its user, well constructed and successful in meeting its intended purpose.

 

Existing products and designs are used purposefully. Pupils examine how products have been constructed, why particular materials have been selected and how designers have solved problems. This helps pupils build the technical knowledge required to create their own increasingly informed designs.

 

Practical skills are explicitly taught and progressively developed. Pupils learn how to measure, mark, cut, shape, join, strengthen, finish, sew, assemble and cook with increasing accuracy. The range of tools and equipment pupils use becomes progressively more sophisticated as their competence and understanding develop.

 

Within structures, pupils develop from early exploration of shelters and simple joining towards strengthening structures, using structural principles and eventually applying engineering knowledge within complex design challenges such as architecture and bridge building.

 

Within mechanisms, pupils progress from wheels and axles and simple moving components towards cams, simple machines and pneumatic systems. They increasingly understand not simply how to assemble components but how different mechanisms alter and control movement.

 

Within textiles, pupils progress from early manipulation and joining of materials towards patterns, stitches, fabric decoration, construction, repair and reuse. They develop both practical accuracy and increasing independence in selecting techniques appropriate to the intended product.

 

Within cooking and nutrition, pupils develop from simple food preparation towards a progressively deeper understanding of healthy and balanced diets, food preservation, seasonality, whole and processed foods and informed food choices. Practical lessons explicitly reinforce safe and hygienic working.

Cross-curricular links are used when they strengthen D&T learning. For example, pupils' scientific knowledge about plant requirements can inform structural decisions in Build to Grow, while understanding forces and mechanisms supports later mechanical design. These connections help pupils understand how designers and engineers draw upon knowledge from multiple disciplines when solving real-world problems.

 

In the Early Years, the foundations of Design and Technology are developed through Expressive Arts and Design, Physical Development and Understanding the World. Children investigate materials, construct, join, build, manipulate, create and evaluate through purposeful play and adult-led experiences.

 

Early Years pupils develop the physical foundations required for later D&T by cutting, joining, folding, threading, manipulating materials and using simple tools safely. Construction and role-play experiences enable children to explore stability, shape, size, function and purpose and begin to recognise that designs can be changed when they do not work as intended.

 

Adults model language such as build, join, strong, stable, design, make, change and improve and encourage children to explain what they are making and why. Pupils begin to plan verbally or through simple drawings before creating and evaluating their work, establishing the foundations of the iterative process.

 

Checking for understanding is ongoing. Teachers observe practical work, question pupils about their design choices and evaluate whether pupils can explain the technical principles behind what they are making. Misconceptions are addressed through further modelling, practical demonstration or guided practice.

 

Assessment considers both the process and the outcome. A visually successful product does not necessarily demonstrate secure D&T understanding if the pupil cannot explain its purpose or design choices. Equally, a product that requires improvement may demonstrate strong learning where pupils can identify why it did not work and propose informed modifications.

 

Subject leadership supports high-quality implementation through work scrutiny, pupil voice, observation of practical learning and review of outcomes. Monitoring evaluates progression in designing, making, technical knowledge and evaluation rather than focusing solely on the appearance of finished products.

 

The impact of our Design and Technology curriculum is seen in pupils who become increasingly confident, capable and independent designers and makers. They approach design problems with curiosity, draw upon prior learning and recognise that successful products are developed through purposeful decision-making and refinement.

Pupils increasingly understand the iterative design process and can explain the relationship between designing, making, testing and evaluating. They recognise that evaluation is not simply something completed after a product has been made but can influence decisions throughout the design process.

 

Pupils can identify an intended user and purpose and use these to inform design decisions. As they progress, they generate increasingly appropriate design criteria and evaluate whether products meet these rather than judging success solely on personal preference or appearance.

 

Pupils demonstrate increasing technical competence. They select and use tools, materials, components and processes with greater accuracy, control and independence and understand why particular choices may be better suited to a task.

 

Pupils develop secure knowledge across structures, mechanisms, textiles, and cooking and nutrition. They can make connections between projects and apply previously learned technical principles within increasingly complex design challenges.

In cooking and nutrition, pupils develop practical food preparation skills alongside an increasingly secure understanding of healthy choices, food sources, preservation, seasonality and whole and processed foods. They demonstrate safe and hygienic practice when working with food.

 

Pupils learn to evaluate honestly and constructively. They demonstrate Honesty by identifying strengths and weaknesses in their own designs and recognising that changing a design in response to evidence represents successful thinking rather than failure.

Responsibility is evident through safe use of tools and equipment, careful selection of resources and increasing awareness of sustainability, reuse and waste. Projects such as Repair and Reuse provide particularly meaningful opportunities for pupils to consider how design decisions can reduce waste and extend the life of existing products.

 

Pupils demonstrate Respect and Kindness by listening to the needs and opinions of users and by providing constructive feedback to peers. They increasingly understand that good design begins with considering the experience of the person who will use a product.

 

Pupils develop a stronger sense of belonging as designers and creators. They understand that there is not one single 'correct' design response and that their own ideas can contribute meaningfully to solving a problem. Collaborative design tasks also enable pupils to recognise the value of different strengths within a team.

 

By the end of Key Stage 2, pupils have developed secure foundations in design thinking, practical making and technical knowledge and are well prepared for the next stage of their D&T education. They can plan, create, evaluate and refine increasingly sophisticated products and explain the reasoning behind their decisions.

 

Curriculum impact is evaluated through pupils' design work, practical outcomes, discussion, pupil voice and teachers' observation of the design process. Subject monitoring considers whether pupils can know more, remember more, make with greater competence and design with increasing independence over time.

 

At Ascot Road Primary School, Design and Technology is inclusive by design. Every pupil is entitled to participate in designing and making and to experience the satisfaction of transforming an idea into a purposeful outcome. High expectations are maintained for pupils with special educational needs and/or disabilities, with appropriate adaptations made to remove barriers to participation.

 

Teachers consider physical, sensory, communication, cognitive and processing needs when planning practical work. Adaptations are selected according to individual need while maintaining the intended technical and design learning.

 

The practical nature of D&T provides multiple ways for pupils to demonstrate understanding. Pupils may communicate ideas through discussion, drawings, models, prototypes, photographs or practical demonstration rather than relying solely upon extended written recording.

 

The Revisit → I do → We do → You do sequence supports inclusive practice particularly effectively within D&T. Pupils retrieve prior knowledge, see techniques modelled explicitly, practise with guidance and move towards independent application when they have demonstrated sufficient competence.

 

Practical techniques are broken into manageable steps. Teachers demonstrate one element at a time and use visual demonstrations, task cards, photographs or partially completed examples where these support pupils' understanding without removing the need for independent thinking.

 

Tools and materials are adapted where necessary. This may include alternative grips, larger equipment, pre-positioned materials, adapted scissors or other appropriate resources that enable pupils to participate safely and successfully while retaining ownership of the making process.

 

Pupils who experience fine motor or physical difficulties may demonstrate the same design knowledge through an adapted method of construction. The physical method should not create an unnecessary barrier to demonstrating understanding of the underlying design or technical concept.

 

Vocabulary such as structure, mechanism, axle, cam, pneumatic, prototype, strengthen, evaluate and other age-appropriate terminology is explicitly taught, visually supported and revisited frequently. This enables pupils to communicate their design thinking with increasing precision.

 

Teachers manage cognitive load during multi-stage practical tasks by keeping instructions concise, sequencing actions clearly and providing visual reminders where appropriate. Additional rehearsal may be provided before pupils apply a new technique independently.

 

Safety is explicitly taught and not assumed. Pupils who require additional support to recognise hazards or follow safety routines are given clear, repeated instructions and appropriate supervision so they can participate as independently as possible.

Pupils who demonstrate secure understanding are challenged through greater design complexity and independence, not simply by being given more decoration or additional making. They may work with tighter design constraints, justify material selection, combine technical systems or refine products in response to more sophisticated evaluation.

 

Our value of Fairness is particularly relevant within D&T: equitable participation may require pupils to use different tools, resources or methods. What remains shared is the ambition of the design challenge and every child's entitlement to contribute meaningful ideas and experience success.

 

Through inclusive design, pupils also develop an understanding that products themselves should consider accessibility. They begin to recognise that designers have a Responsibility to consider the diverse physical and sensory needs of potential users, reinforcing both Fairness and belonging.

 

Design and Technology provides rich opportunities for pupils to understand how human creativity and innovation respond to different needs, environments, cultures and ways of life. Pupils learn that design is not a single aesthetic style but a process used by people across the world to solve practical problems and improve everyday life.

 

Where appropriate, pupils encounter examples of designers, engineers, architects, craftspeople and innovators from different cultures, backgrounds and historical periods. This helps pupils recognise that technological innovation and design expertise have developed through contributions from diverse communities across the world.

 

The curriculum challenges stereotypes about who can be a designer, engineer, architect, chef or maker. Pupils are encouraged to recognise that creativity, technical thinking and practical competence are not defined by gender, ethnicity, disability or socioeconomic background.

 

Cultural understanding is particularly relevant within food and nutrition. Pupils learn that food choices, ingredients, preparation methods and eating traditions vary between communities and cultures. These differences are approached with curiosity and Respect, avoiding assumptions that one diet or food tradition represents the norm for everyone.

 

Through projects related to healthy eating and seasonal food, pupils consider how geography, climate, culture and availability influence what people eat. This allows children to recognise food as both a nutritional necessity and an important part of culture, identity and community.

 

Architecture and structures provide further opportunities to explore cultural diversity. Through projects such as Building Through Time, pupils consider how architects respond to purpose, available materials, location, culture and technological development when creating structures.

 

Fairness is developed through the concept of designing for users. Pupils learn that a product that works effectively for one person may not meet the needs of another. They are encouraged to consider accessibility and understand that thoughtful design anticipates differences between users rather than expecting everyone to adapt to the same product.

 

Kindness and Respect are reflected through human-centred design. Pupils learn to listen to feedback and recognise that understanding another person's experience can lead to a better design solution.

 

Responsibility is developed through consideration of materials, sustainability, repair and waste. Pupils learn that design choices can have environmental consequences and that designers can respond through thoughtful material selection, reuse and repair. Repair and Reuse in Year 6 provides an explicit opportunity to consider extending the useful life of textiles rather than automatically replacing them.

 

Honesty is important when evaluating both products and design decisions. Pupils learn to use evidence from testing and feedback rather than simply defending their original idea. They understand that recognising a weakness and improving it is central to successful design.

Design and Technology also provides opportunities to celebrate practical knowledge and creativity represented within the Ascot Road community. Where appropriate, pupils' experiences of cooking, making, repairing, textiles, construction and design within their families and communities can enrich curriculum discussion and demonstrate that valuable technical knowledge exists in many forms.

 

Ultimately, D&T strengthens pupils' sense of belonging by positioning them as people capable of shaping the world around them rather than simply consuming what others have designed. Pupils learn that their ideas have value and that through Respect, Honesty, Kindness, Responsibility and Fairness, they can design solutions that respond thoughtfully to the needs of people, communities and the environment.