Design and technology: Key stage 2

Exploring how 3D shell structures are created from nets, investigating their use in packaging and applying this understanding to create original designs.

(5 lessons)

Learning how to cross-stitch and appliqué to decorate and assemble Egyptian collars, representing the pupils' unique personalities.

(4 lessons)

Learning how to use cross-stitch and appliqué when designing and making a cushion.

(4 lessons)

Exploring information design and simple electrical systems by creating an electronic poster using a basic circuit.

(4 lessons)

Exploring the features and structure of castles through designing and making a model castle.

(4 lessons)

Investigating how compressed air can create movement within a mechanism and be used in a working pneumatic toy.

(5 lessons)

Designing a new piece of light-up wearable technology with flashing LEDs that responds to a light sensor.

(5 lessons)

Developing an understanding of programmable products by designing, coding and promoting wearable technology for use in low-light conditions.

(6 lessons)

Investigating seasonal food in the UK and applying pupils' understanding to create a seasonal food tart.

(6 lessons)

Adapting a basic biscuit recipe by adding or removing ingredients to make it suitable for a target audience.

(5 lessons)

Investigating electrical components and circuits and how they are used in everyday products to improve safety and convenience.

(5 lessons)

Designing and making a helmet, using strengthening techniques to reinforce the shell structure.

(5 lessons)

Exploring mechanical systems by building and testing prototype cars to identify effective design features.

(5 lessons)

Applying scientific understanding of electrical circuits through designing and making a torch using recycled and reclaimed materials.

(4 lessons)

Researching, designing and prototyping a Micro:bit timer.

(6 lessons)

Learning a basic biscuit recipe and adapting it for a new audience while considering the cost of ingredients and other expenses against a set budget.

(6 lessons)

Examining pavilion structures and learning how they are designed for strength, stability and purpose.

(4 lessons)

Designing and creating a book sleeve and exploring a range of fastening techniques.

(4 lessons)

Building on existing knowledge of circuits by introducing motors and exploring how they create movement in products.

(5 lessons)

Investigating the history, mechanics and uses of gears and pulleys.

(5 lessons)

Exploring programmable technology and 3D design by creating a Micro:bit animal monitoring device that responds to temperature changes.

(4 lessons)

Considering how recipes can be adapted to improve nutritional value by modifying a traditional Bolognese sauce.

(6 lessons)

Investigating different types of bridges and how structural strength is affected by shape and design.

(4 lessons)

Developing textile and sewing skills by designing and making a stuffed toy using fabric and decorative techniques.

(4 lessons)

Developing an understanding of series circuits by investigating how electrical products are constructed.

(4 lessons)

Designing a product and programming it to function as a compass and a pedometer.

(5 lessons)

Programming a navigation tool to produce a multifunctional device for trekkers.

(5 lessons)

Developing food preparation and evaluation skills by researching and preparing a three-course meal.

(6 lessons)

Investigating how playground structures are designed and reinforced through using triangulation and computer-aided design.

(5 lessons)

Exploring playground design by creating a model that includes five pieces of apparatus made from three different structures.

(4 lessons)

Selecting fabrics, using templates and joining materials to create a waistcoat for a chosen person or purpose.

(4 lessons)

Designing pattern pieces, making a bag for a specific user and thinking about aesthetics and functionality.

(5 lessons)

Developing knowledge of electrical circuits by designing and creating a steady hand game with an operational buzzer system.

(4 lessons)

Applying woodworking skills by constructing an automaton with moving parts and mechanisms.

(4 lessons)