Design & Technology

Vision: 

To inspire children to become autonomous, creative problem-solvers who can shape the world around them. By combining practical skills with critical thinking, pupils are empowered to design and make products that solve real and relevant problems within a variety of contexts.

Curriculum Drivers:

Through our Design Technology curriculum, children build independence and resilience through a continuous cycle of hands-on exploration, purposeful making, and constructive reflection. By dismantling everyday objects, testing raw materials, and tackling open-ended design briefs, pupils take ownership of their ideas and learn to make self-directed choices with real tools and materials. When physical structures collapse, circuits fail, or designs need adapting, children learn to treat setbacks as valuable data rather than mistakes, reframing failure as a natural step toward a working solution and developing the emotional grit, problem-solving confidence, and adaptability needed to thrive in an ever-changing world.

Intent:

• To inspire children to become creative, critical, and autonomous problem-solvers who can shape the physical and digital world around them. 

• To equip every child with the technical knowledge, practical skills, and confidence to transform abstract ideas into authentic, functional products.

• To send children into the world as empathetic, responsible, and resourceful citizens equipped for an ever-evolving technological landscape. 

Implementation:

• Strands: Children begin by investigating existing products and real-world contexts, developing a critical eye for how objects are made and used. This inquiry is underpinned by targeted technical knowledge, where children explicitly learn about the properties of materials, structural stability, mechanical systems, electrical circuits, and food hygiene. Drawing on this foundation, children design purposeful, functional products for specific users, generating ideas through sketches, CAD, and physical prototypes. During the make phase, children select and safely apply a growing repertoire of tools, equipment, and joining techniques to realize their designs with increasing accuracy and precision. Finally, children continuously evaluate their work against their original design criteria, testing performance, refining prototypes, and reflecting on how well their finished product meets the needs of the end-user. 

• Content: From Early Years and Key Stage 1, children engage with cooking and nutrition by preparing healthy dishes using basic food techniques, while discovering the principles of structures by constructing stable shell and frame shapes. They explore physical movement through mechanisms, progressing from simple levers and sliders to complex wheels, axles, gears, and pulleys. Children also develop working knowledge of textiles, learning to join, pattern, and stitch fabrics to create functional products. As children move into Key Stage 2, the curriculum incorporates electrical systems, teaching children to integrate series circuits, switches, sensors, and buzzers into their functional builds. Finally, Key Stage 2 extends into the digital world, where children harness computer-aided design (CAD), micro:bits, and basic coding to program, monitor, and control their physical designs, ensuring they are equipped for a rapidly evolving technological landscape. 

• Key principles: Learning is driven by authenticity, ensuring children address genuine challenges rather than producing superficial craft items. Central to every project are the intended user and clear purpose, requiring children to consider real needs, context, and practical functionality over mere aesthetics. As children progress, they are empowered to make autonomous design decisions—selecting materials, tools, and joining methods based on prior testing rather than rigid, step-by-step instructions. This freedom fosters innovation, encouraging children to take calculated risks, embrace creative problem-solving, and develop unique solutions. Finally, embedded throughout the curriculum is a focus on sustainability, teaching children to critically consider material lifecycles, ethical sourcing, and environmental impact, shaping them into responsible makers for the future. 

Intended Impact:

• Technical competency and long-term knowledge retention: Children develop a progressive repertoire of practical skills, moving from using safety scissors and split pins in Key Stage 1 to confidently and safely handling knives, wire strippers, and CAD software by the end of Key Stage 2. Throughout this journey, pupils build a deep subject vocabulary, allowing them to articulate their design choices using precise technical terminology across all six content domains. Ultimately, this accumulated knowledge ensures pupils consistently produce high-quality, authentic, and fully functional products tailored to a specific user, purpose, and sustainable footprint, rather than superficial craft items.

• Independence, resilience, and executive function: Rather than relying on step-by-step teacher direction, children make autonomous, evidence-based decisions about tools, materials, and joining methods using insights gained from their own exploratory testing. When faced with unexpected setbacks, structural collapses, or faulty circuits, children view these setbacks not as failures, but as valuable diagnostic data, demonstrating the emotional stamina and adaptability required to re-engineer and refine their ideas. Through this iterative process, children learn to critically evaluate both existing products and their own builds with objective clarity, continuously analysing how effectively a design serves its intended user and fulfils its practical purpose.