Make
KS2DT-KS2-D002
Selecting from and accurately using a wider range of tools, equipment and materials including those with specific functional properties and aesthetic qualities.
National Curriculum context
The make domain at KS2 extends pupils' practical skills to include more complex tools, equipment and processes, and introduces the concept of accuracy as a design requirement. Pupils select from a wider range of materials considering both their functional properties (strength, flexibility, conductivity) and their aesthetic qualities (colour, texture, pattern), demonstrating more sophisticated material knowledge. The emphasis on accuracy reflects the increased complexity of KS2 products and the expectation that pupils can execute their designs with precision. Practical skills are developed in the context of purposeful making across different material areas.
2
Concepts
1
Clusters
2
Prerequisites
2
With difficulty levels
Lesson Clusters
Make accurately using appropriate tools, materials and processes
practice CuratedAccurate making (C006) and functional/aesthetic material properties (C007) are deeply intertwined at KS2: selecting the right material (C007) is inseparable from executing the making with precision (C006). Both concepts are practised simultaneously in every making project and naturally co-taught.
Teaching Suggestions (5)
Study units and activities that deliver concepts in this domain.
Bridges: Beam, Arch and Truss
Design & Technology Design, Make, EvaluatePedagogical rationale
Bridges are the classic structures project because they have a clear, testable success criterion: how much weight can the bridge hold before it fails? Comparing beam, arch, and truss designs teaches that the same materials arranged differently produce vastly different strengths. This is engineering principles made tangible through direct experiment.
Cam Mechanisms: Moving Toys
Design & Technology Design, Make, EvaluatePedagogical rationale
Cam mechanisms convert rotational motion (turning a handle) into linear motion (a figure bobbing up and down). Making a cam toy teaches this conversion through direct experience -- turn the handle, watch the follower rise and fall. Different cam profiles (circular, pear, snail) produce different movement patterns, teaching that the shape of a component determines its function.
Design a Torch
Design & Technology Design, Make, EvaluatePedagogical rationale
A torch is a real, functional product that pupils can test immediately -- does it light up? This creates an unambiguous success criterion. The project requires understanding of simple circuits (Science cross-curricular), switch design (mechanism), and housing construction (structures). It naturally integrates three DT strands in one project.
Pulleys and Gears: Fairground Ride
Design & Technology Design, Make, EvaluatePedagogical rationale
Designing a model fairground ride (Ferris wheel, carousel, or spinning cups) applies pulleys and gears in a context pupils find exciting. The project teaches gear ratios (how the drive gear and follower gear interact to change speed) and pulley systems (how a belt connects two wheels to transfer motion). The fairground context motivates problem-solving through the desire to make the ride work.
Textiles: Pencil Case
Design & Technology Design, Make, EvaluatePedagogical rationale
A pencil case is a functional textile product that pupils will actually use -- the strongest motivator for quality work. The project teaches cutting fabric accurately, joining with running stitch and backstitch, adding a fastening (button, Velcro, zip), and finishing edges. The product must be both functional (strong enough to hold pencils) and aesthetic (reflecting personal design choices).
Prerequisites
Concepts from other domains that pupils should know before this domain.
Concepts (2)
Accurate Making and Material Processing
skill Guided MaterialsDT-KS2-C006
Accurate making refers to the ability to execute practical tasks — measuring, marking out, cutting, shaping, joining and finishing — with precision so that a product matches the design intention and meets functional requirements. At KS2, pupils develop accuracy as a deliberate goal, understanding that imprecise making produces products that do not work correctly or are of poor quality. Material processing knowledge — understanding how different materials respond to cutting, bending, folding, sewing or mixing — enables pupils to select and apply the most effective technique for the material and task at hand.
Teaching guidance
Teach measuring and marking out as essential precursors to cutting: measure twice, cut once. Provide opportunities to practise cutting accurately to a marked line with different tools on different materials. Introduce the concept of tolerance: how close to the intended dimension does a measurement need to be for the product to function? Compare products made with and without careful measuring to demonstrate the importance of accuracy. Develop vocabulary for processing different materials: score and fold (card), cut and sew (fabric), chop and mix (food), drill and screw (wood and plastic).
Common misconceptions
Pupils may rush the measuring and marking stage, leading to cumulative inaccuracies in the finished product. Establishing that time spent measuring carefully is recovered by avoiding mistakes during making is an important lesson. Some pupils equate more material or more joins with a stronger or better product, rather than understanding that precision in fewer, well-executed joins is more effective.
Difficulty levels
Measuring and cutting materials to a marked line with reasonable accuracy using basic tools.
Example task
Measure and cut a piece of card that is 20cm long. Use a ruler and pencil to mark it first.
Model response: I put the ruler along the edge, marked 20cm with a pencil, drew a line across using the ruler, then cut along the line. My piece is 20cm.
Measuring, marking out and cutting with accuracy across different materials, understanding that accuracy in early stages prevents problems later.
Example task
Mark out and cut three pieces of wood that are all exactly 12cm long. They need to be the same length to fit together.
Model response: I measured each piece carefully using a ruler, marking clearly with a pencil line all the way around. I used a saw and cut just outside the line, then sanded to the exact mark. I checked all three against each other — they match.
Working with precision across the full making process, selecting appropriate tools and techniques for each material, and explaining how accuracy affects the quality of the finished product.
Example task
Make a box with a lid that fits snugly. All edges must be straight and the lid must close properly.
Model response: I measured and marked all pieces on a cutting mat with a steel ruler. I scored fold lines with a bone folder so they fold cleanly. I cut with a craft knife against the ruler for straight edges. The lid fits because I made it 2mm larger than the box opening on each side — this tolerance means it sits on top without being too loose or too tight. If my measurements had been even 5mm off, the lid wouldn't fit.
Delivery rationale
DT design process concept — structured design briefs and evaluation frameworks guide non-specialist adults.
Functional and Aesthetic Material Properties
knowledge Guided MaterialsDT-KS2-C007
Materials have both functional properties — characteristics that determine how they perform in use, such as strength, flexibility, conductivity and waterproofness — and aesthetic properties — characteristics that determine how they appear and feel, such as colour, texture, pattern, translucency and surface quality. At KS2, pupils learn to consider both dimensions when selecting materials for a design task, understanding that a material must be both functionally suitable and appropriately appealing for the product to succeed. This concept extends KS1 material knowledge by making the functional/aesthetic distinction explicit.
Teaching guidance
Present materials selection tasks that require pupils to balance functional and aesthetic considerations: a container for a child's lunchbox must be both waterproof and visually appealing. Develop systematic material analysis using both dimensions as headings. Discuss real products where functional and aesthetic considerations are in tension — why is medical equipment often plain white rather than brightly coloured? Practise explaining material choices in terms of both functional performance and aesthetic suitability. Investigate how surface finishing techniques can modify aesthetic properties without changing functional ones.
Common misconceptions
Pupils may select materials primarily for their aesthetics (choosing the prettiest fabric) without considering functional requirements. They may also go to the opposite extreme and choose only on functional grounds, producing products that work but are unappealing. Teaching that effective material selection balances both dimensions addresses either tendency.
Difficulty levels
Identifying simple material properties (strong, flexible, waterproof, soft) and choosing a material for a stated purpose.
Example task
Which material would be better for a waterproof bag: cotton or plastic? Why?
Model response: Plastic would be better because it is waterproof. Cotton would absorb water and the things inside would get wet.
Considering both functional and aesthetic properties when selecting materials, and explaining the trade-offs between them.
Example task
Choose a material for a book cover. It must be strong and look attractive. What are the trade-offs?
Model response: Card is strong but looks plain unless I decorate it. Fabric looks attractive and has nice textures but is harder to keep clean and might not be stiff enough. I chose card with a fabric covering — the card provides strength and the fabric provides the attractive appearance.
Analysing materials systematically against multiple criteria and making justified selections, considering functional performance, aesthetic quality and fitness for purpose.
Example task
You are designing packaging for a fragile gift. Compare three possible materials and select the best one. Justify your choice.
Model response: Corrugated card: strong, lightweight, protects well, but looks plain. Foam: excellent protection, but expensive and not easy to wrap neatly. Tissue with bubble wrap: looks attractive outside, protects inside, lightweight, affordable. I chose tissue with bubble wrap because it scores well on all criteria — protection, appearance, cost and weight. The combination solves the problem better than any single material.
Delivery rationale
DT design process concept — structured design briefs and evaluation frameworks guide non-specialist adults.