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Master the Curriculum

Geometry

Y1

Compose 2D and 3D shapes from smaller shapes to match an example, including manipulating shapes to place them in particular orientations (2)

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Year 1Geometry

Compose 2D and 3D shapes from smaller shapes to match an example, including manipulating shapes to place them in particular orientations (2)

3.820 reviews

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About this resource

The ability to compose and decompose shapes, and see shapes within shape, is a skill which runs through to key stage 3 and key stage 4, and beyond. In year 1, it is vital that pupils work practically, exploring shapes (for example, shapes cut from card, pattern blocks and tangrams) and putting them together to make new shapes. Pupils must be able to arrange 2D shapes to match an example compound shape. To begin with, the constituent shapes in a given example image should be the same size and colour as the actual shapes that pupils are using. This allows pupils to begin by laying the pieces over the example image, rotating individual pieces to match the exemplars. By the end of year 1, though, pupils should be able to copy a pattern block picture, and make a good attempt at copying a tangram picture, without overlaying the pieces on the example. Tangrams are more challenging to complete than pattern block pictures because: they contain several different-sized triangles, which pupils must distinguish from one another to complete the task. placement of the parallelogram may require pupils to turn it over rather than just rotate it. Pupils must also be able to arrange 3D shapes to match an example compound shape, for example joining a given number of multilink blocks to match an example. As a first step pupils can each make their own shape from a given number of blocks, and then compare the different shapes that have been made. Comparing compound shapes, and identifying the ones that are the same, will require pupils to rotate the shapes in various directions, and provides an opportunity to develop spatial language including: left, right, top, middle, bottom, on top of, below, in front of, behind and between. Pupils must also learn to copy compound shapes composed of other 3D shapes, including cuboids, cylinders, spheres and pyramids.Read more

The ability to compose and decompose shapes, and see shapes within shape, is a skill which runs through to key stage 3 and key stage 4, and beyond. In year 1, it is vital that pupils work practically, exploring shapes (for example, shapes cut from card, pattern blocks and tangrams) and putting them together to make new shapes. Pupils must be able to arrange 2D shapes to match an example compound shape. To begin with, the constituent shapes in a given example image should be the same size and colour as the actual shapes that pupils are using. This allows pupils to begin by laying the pieces over the example image, rotating individual pieces to match the exemplars. By the end of year 1, though, pupils should be able to copy a pattern block picture, and make a good attempt at copying a tangram picture, without overlaying the pieces on the example. Tangrams are more challenging to complete than pattern block pictures because: they contain several different-sized triangles, which pupils must distinguish from one another to complete the task. placement of the parallelogram may require pupils to turn it over rather than just rotate it. Pupils must also be able to arrange 3D shapes to match an example compound shape, for example joining a given number of multilink blocks to match an example. As a first step pupils can each make their own shape from a given number of blocks, and then compare the different shapes that have been made. Comparing compound shapes, and identifying the ones that are the same, will require pupils to rotate the shapes in various directions, and provides an opportunity to develop spatial language including: left, right, top, middle, bottom, on top of, below, in front of, behind and between. Pupils must also learn to copy compound shapes composed of other 3D shapes, including cuboids, cylinders, spheres and pyramids.

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What you get, 2 files

  • PDFActivity
  • PPTXActivity, editable

The standard small step pack, as her own modules ship it. We do not print page counts here, because her catalogue does not publish them and a guessed number is worse than none.

★★★ Differentiated three ways
  • Working towardsScaffolded, with the model or the bar already drawn.
  • Working withinThe expected standard for the year group.
  • Greater depthReasoning and explaining, not just more of the same.

Her own system, with the star count repeated in every worksheet header so a child can be handed the right sheet without a word.

What teachers said after they used it

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3.820 verified reviewsWe ask once, seven days after the download, and one tap is enough.
Beth NightingaleYear 1 teacher, Poplar Farm School, GranthamVerified download, 13 January 2026

Fine, though the font is small for my class.

The maths is right and the sequence is sensible. Several of my children needed it enlarged to A3, which is easy enough but worth knowing before you print thirty.

4 teachers found this helpful

Joanne PicklesYear 3 teacher, Crossflatts Primary, BingleyVerified download, 5 March 2026

Printed it at eight on a Sunday and taught it on the Monday.

No editing, no reformatting, no hunting for the answers. The three levels are on separate pages, which sounds obvious until you have used the sites where they are not.

10 teachers found this helpful

Michael FerrisMaths lead, Cheadle Heath Primary, StockportVerified download, 16 February 2026

Matches our White Rose planning almost week for week.

I stopped adapting things from three different sites and now start here. The odd week does not line up exactly, but the small step it covers is always somewhere in the same block.

8 teachers found this helpful

More geometry for Year 1

Editable worksheetsWord and PowerPoint, so you can change anythingWhite Rose supportingFollows the small steps you already plan fromDownloadable lesson plansPlanning, slides and worksheets for every stepReasoning and problem solvingBuilt into every step, not sold separately

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