Measuring with Non-Standard Units · Spring Term

Comparing and Measuring Length

Convert between different standard units of length (mm, cm, m, km), area (cm², m², km²), and volume (cm³, m³).

About This Topic

Printing Patterns allows 1st Class students to explore the 'Print' strand by creating repeating designs. This topic focuses on the concept of a 'matrix', an object that can be used to transfer an image multiple times. Students use found objects like sponges, corks, or even carved potatoes to create patterns that can be simple (AAAA) or complex (AB AB).

This unit bridges Visual Arts and Mathematics (Pattern and Algebra). Students learn about symmetry, repetition, and rotation. It is a highly active and experimental topic. By working in 'Print Stations,' students can try out different tools and see how the same object can create very different patterns depending on how it is moved or colored.

Active Learning Ideas

Stations Rotation: Tool Testers

Set up stations with different printing tools: vegetables, sponges, LEGO bricks, and crumpled paper. Students rotate and create a 'sample sheet' to see which tool makes the clearest or most interesting mark.

⏱ 40 min·Small Groups

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Inquiry Circle: The Infinite Pattern

In pairs, students are given a long strip of paper. They must work together to create a pattern that repeats perfectly from one end to the other, ensuring they don't break the 'rhythm' of the design.

⏱ 30 min·Pairs

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Gallery Walk: Pattern Detectives

Students display their prints. The class walks around and tries to 'decode' the patterns (e.g., 'That one goes circle, square, circle, square') and identifies which tool was used for each mark.

⏱ 20 min·Whole Class

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Watch Out for These Misconceptions

Common Misconception

You need a lot of paint to make a good print.

What to Teach Instead

Students often 'drown' their stamp in paint, resulting in a blob. Active 'Tool Testing' helps them discover that a thin, even layer of paint actually creates a much clearer and more detailed print.

Common Misconception

Patterns must always be in a straight line.

What to Teach Instead

Children often stick to horizontal rows. By encouraging them to rotate their stamps or print in circles, they learn that patterns can move in any direction and still be repetitive.

Frequently Asked Questions

How can active learning help students understand printing patterns?

Active learning through 'Station Rotation' and 'Pattern Decoding' turns printing into a scientific exploration. Instead of just making a picture, students are testing variables like paint thickness and tool shape. This hands-on experimentation allows them to see the mathematical logic behind patterns, making the concept of 'repetition' much more concrete and easier to apply in other subjects like Maths.

What are the best 'found objects' for printing?

LEGO bricks (the bottom side makes great circles), sponges, corks, leaves, and even old bubble wrap. Anything with a distinct texture or shape works well.

How do I make potato printing less messy?

Dry the cut surface of the potato with a paper towel before dipping it in paint. This helps the paint stick to the potato rather than sliding off.

How does this link to the NCCA Maths curriculum?

It directly supports the 'Pattern' strand, helping students identify, create, and extend sequences in a visual and tactile way.

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