Unplugged Pixel Art Game: Free Printable Game for Year 2

Unplugged Pixel Art Game is a free printable game for Year 2 (ages 6 to 7), in Key Stage 1. Give coded steps to make a picture. It comes from the Mini Minds Hub, a growing library of free printables from Jaques of London, the British games and toy company that has been making games for families since 1795.

It is two A4 pages. Page 1 is the activity for children. Page 2 is for the grown-up: it has notes on how to use the sheet, help for children who find it hard, and a stretch idea. Print it at home or in the classroom. Black and white printing works well.

What is on the sheet

This game includes a table to fill in.

A look at what children will meet:

• A
• B
• C
• D
• E

Who this is for

Year 2 (ages 6 to 7) in Key Stage 1.

Key Stage 1 covers Years 1 and 2, ages 5 to 7. Children are building secure foundations in reading, writing and number, and short playful practice at home helps those foundations stick. Use it at home, in class, on a rainy afternoon or at a family gathering.

What children practise

• Algorithms
• Following steps
• Precision

Child gives and follows precise instructions on a grid.

Learning focus and curriculum link

Subject: Computing. Key stage: Key Stage 1. It supports the subject at this level through short, focused practice.

This sheet is a practice and play activity. It supports classroom learning and is not a replacement for it.

How to use it

1. Print both pages. Page 1 is for the child. Keep page 2 for the grown-up.
2. Players: 2. Play time: about 15 minutes. Sit back to back. Use a pencil. Swap roles each round.
3. Work through the activity together the first time. Talk about each choice.
4. Check against the notes on page 2.
5. Come back to it another day. Repeating a familiar activity builds confidence.

If it feels too hard

Start with only three shaded boxes and let your child use finger pointing.

To stretch confident children

Give codes as short as possible, such as C3 shade.

Make it a game

Compare grids at the end. Did the codes work?

Tips for parents and teachers

• Read the rules out loud together before you start, so everyone plays the same game.
• Take turns being the person who reads or checks. It builds listening as well as knowledge.
• Keep rounds short. Two quick games beat one long one.

A screen-free computing activity for Year 2

Children spend a lot of time on screens. This is a screen-free computing activity that needs only paper and a pencil. It works as quiet time after school, a rainy day activity, a holiday boredom buster or a calm moment before bed. Screen-free learning gives eyes a rest and gets children talking, thinking and writing by hand.

Free computing resources for teachers

Teachers can use this game as a starter, a plenary, an early finisher task, a supply teacher resource, a homework task or a table activity. It needs no preparation beyond printing. The learning focus and skills are listed above so you can match it to your planning, and page 2 gives support and stretch ideas for mixed ability groups.

Computing ideas for parents at home

You do not need to be a teacher to use this. Read the sheet through, sit with your child for the first go and let them lead. Short bursts of ten to fifteen minutes work better than long sessions. If you are looking for free computing worksheets for Year 2, or simple home learning for the weekend or school holidays, this is a good place to start.

Home education and tutoring

Home educators and tutors can print this as part of a wider computing plan. It pairs well with books, outdoor play and everyday talk. Because the sheet is free and printable, you can use it again for brothers and sisters or for revision a few weeks later.

Why it helps children learn

Hands-on, paper based activities slow learning down in a good way. Children read carefully, think before they answer and see their own progress on the page. Games and challenges add a reason to keep going. That mix of play and practice is why printable activities like this are popular with parents, teachers and home educators.

Curriculum links for teachers

This sheet supports the areas below. It is matched to the published England frameworks. Please check it against your own school plan.

What children will be able to do

• I can give clear instructions on a grid.
• I can follow instructions step by step.
• I can spot and fix a mistake in the instructions.

Check it worked

Ask these when the sheet is finished. Listen for the reasoning, not just the answer.

1. Why do the instructions need to be exact?
2. What happened when a step was missing?
3. How could you make your instructions clearer?

More like this

• Card Sorting Game
• Digital Footprints Cards
• Loops Dance Game
• Loops Dance Game

Same subject, one year up: Sequence Coding Cards | Same subject, one year down: Unplugged Robot Game

Why giving exact instructions matters

Exact instructions are part of the key stage 1 computing curriculum. In this game one player gives short coded instructions such as "C3 shade". The other player shades the boxes on a grid. Neither player can see the other's page until the end. If the codes are clear, the two grids match. If not, the grids show where the instructions went wrong.

The national curriculum for computing, on gov.uk, says that at key stage 1 pupils should be taught to "understand what algorithms are, how they are implemented as programs on digital devices, and that programs execute by following precise and unambiguous instructions". An algorithm is a set of steps. This game lets children give and follow those steps with only a pencil and paper.

The sheet labels its grid with the letters A to E. A letter and a number together name one box, a bit like a grid reference on a map. That is our own observation, not a claim from a source.

What the research says children find hard

We did not find a study of this game, or of Year 2 children giving grid instructions, that we could open and quote. So we have not made up any figures. What we can say comes from the Ofsted research review of computing, published on gov.uk in 2022.

• Some ideas in computing are abstract. The review says computing "is rich in abstract concepts that can be difficult for novices to learn". It gives algorithms as an example of an idea that can be introduced as a sequence of steps and then made concrete, for instance by comparing it with a recipe.
• Beginners need clear guidance. The review says instructional guidance is important for pupils who are novices. That is a general point about computing teaching, not about this sheet.
• Unplugged activities have strengths and limits. The review describes them as exposing children to the ideas of computer science without using computers. It says they can be useful in introducing computing concepts at the early stages. It also warns that not all of them are strongly linked to computing subject content.
• Ambiguity can mislead. The review says unplugged activities about algorithms can be ambiguous, which is the opposite of the unambiguous nature of algorithms as precisely defined procedures.

The review does not say that a pixel art game works or does not work. It also says not all unplugged activities are strongly linked to computing subject content.

What Year 2 children are expected to learn

The key stage 1 computing programme of study says pupils should be taught to:

• "understand what algorithms are, how they are implemented as programs on digital devices, and that programs execute by following precise and unambiguous instructions"
• "create and debug simple programs"
• "use logical reasoning to predict the behaviour of simple programs"

Our own view: this game does not use a digital device, so it is an unplugged way into these ideas, not programming itself. Key stage 2 goes further: pupils there "use logical reasoning to explain how some simple algorithms work and to detect and correct errors in algorithms and programs".

Why a game can help

We want to be straight about this. We did not find a study that tests an unplugged pixel art game. What we can offer is reasoning, based on the sources above.

The curriculum says instructions must be precise and unambiguous. In this game, vagueness shows up at once. If one player says "shade a bit on the left", the other cannot know which box. A code such as "C3 shade" leaves no room for doubt. That fits the Ofsted warning about ambiguity: the codes make the instructions exact.

The Ofsted review says unplugged activities appear to be more useful when introducing new knowledge. So we would use this game early, when your child is meeting the idea of an algorithm. It is practice and play. It does not replace a computing lesson.

How to get the most out of Unplugged Pixel Art Game

The sheet suggests two players, sitting back to back, with a pencil, swapping roles each round. Our suggestions to go with that:

1. Agree the code first. Check that both players know what "C3 shade" means before you start.
2. Start small. Use three shaded boxes. Your child can point with a finger to find each box, as the sheet suggests.
3. Predict. Before shading, ask: "What shape will these codes make?"
4. Give the codes one at a time. Wait until the other player has finished each one.
5. Swap roles. Both jobs matter: giving the codes and following them.
6. Compare at the end. Lay the two grids side by side.
7. Find the first difference. Ask which code caused it.

Common mistakes, and what to say

Our own advice, not from a study:

• Vague words. "Over there" or "next to that one" does not name a box. Say: "Which letter and which number?"
• Peeking. Our own advice: if a player looks at the other page, the codes are not doing the work. Say: "Let's keep it hidden, then we can see if the codes were clear."
• Blaming the shader. If the grids differ, the mistake may be in the code or in the shading. Say: "Let's check each code against each box."
• Going too fast. A missed code means a missing box. Slow down and say each one clearly.
• Fixing it for them. Let your child spot the mistake first. Then talk about it.

Why teachers matter to us

We are a games company, and we have been making games for families since 1795. A printable does not replace a teacher. A 2011 interim report for the Sutton Trust looked at how much teachers affect pupil achievement. It found that in one year with a very effective maths teacher, pupils gain 40% more learning than with a poorly performing maths teacher. That finding is about maths teachers, not computing.

The same report found that for poor pupils the difference between a good teacher and a bad teacher is a whole year's learning. It found that gender, race, teaching experience, undergraduate university attended, advanced degrees, teacher certification and tenure explain less than 8% of teacher quality. A University of Bristol working paper (2009) linked over 7,000 pupils in England to their teachers and found considerable variability in teacher effectiveness. Our view: a teacher can see why a child's grid went wrong and choose what to try next, which a worksheet cannot do.

A caution on the Sutton Trust figures: the report draws on US studies as well as English ones. The 40% compares a very effective teacher (at the 84th percentile) with a poorly performing one (at the 16th percentile). The figure that paper credentials explain less than 8% of teacher quality comes from US research. We use them as pointers, not as a promise about any one child.

Why education matters to us

Our own view: learning to say exactly what you mean is useful far beyond computers. It helps in games, in directions and in everyday talk. Jaques of London has made games that families play together for generations. The Mini Minds Hub carries that on with free games that need only paper and a pencil, simple enough for a parent at a kitchen table to use alongside the work of a teacher.

Unplugged Pixel Art Game: 20 questions and answers

1. How does one round work?

The players sit back to back. One gives coded instructions, such as "C3 shade". The other shades the matching box on their own grid. At the end you compare grids.

2. What is an algorithm?

A set of steps to do something. The Ofsted computing review describes algorithms as a sequence of steps and compares them to a recipe.

3. Why must the instructions be exact?

The curriculum says programs execute by following precise and unambiguous instructions. In this game your partner cannot guess what you meant either, so the codes have to say it all.

4. What does "debug" mean?

Our suggestion: think of it as finding and fixing a mistake. The key stage 1 programme of study includes "create and debug simple programs". In this game, debugging means finding which code caused a wrong box.

5. Is this programming?

Our own view: no. There is no computer and no program. It is an unplugged activity, which the Ofsted review describes as exposing children to computer science ideas without using computers.

6. Does unplugged learning work?

The Ofsted review says it can be useful at the early stages. It also warns that not all unplugged activities link strongly to computing content. We have no study of this game.

7. Why sit back to back?

Our reasoning: neither player can see the other page, so the codes must carry all the information. That is what makes the instructions precise.

8. What does "C3 shade" mean?

Find the box that the letter C and the number 3 point to on your sheet, then shade it. Check page 1 to see how the sheet labels its rows and columns.

9. What if the two grids do not match?

Good. That is the point of the game. Find the first box that differs, then check the code that should have made it. Page 2 asks: "What happened when a step was missing?"

10. How can I make it easier?

Start with only three shaded boxes and let your child point with a finger, as the sheet suggests.

11. How can I make it harder?

The sheet suggests giving codes as short as possible, such as "C3 shade". Our own idea: ask for a picture that uses a pattern, such as a diagonal line.

12. Can a grown-up play too?

Yes. Our suggestion: play one round as the shader, and make one planned mistake. Ask your child to find it.

13. What does "predict" have to do with it?

Key stage 1 pupils learn to "use logical reasoning to predict the behaviour of simple programs". Our suggestion: ask your child to say what picture the codes will make before anyone shades.

14. What if my child shades the wrong box?

Our advice: do not rub it out at once. Ask: "Which code did you follow here?" Then talk about whether the code or the shading was at fault.

15. What if my child gives a code that is unclear?

Say: "I cannot tell which box that is." Let them try again. This matches the idea that instructions should be unambiguous.

16. Do we need to agree rules first?

Our advice: yes. Agree what each letter, number and word means before you start. Otherwise the instructions can be ambiguous.

17. What comes after Year 2?

At key stage 2 pupils are taught to design, write and debug programs, and to use sequence, selection and repetition. Our own view: this game is only a small unplugged activity, and the Ofsted computing review says not all unplugged activities are strongly linked to computing subject content.

18. Can we play it on squared paper?

Yes. Our suggestion: draw your own grid, label the columns with letters and the rows with numbers, and play as normal.

19. Who should go first?

It does not matter. Our advice: let your child choose, and swap each round, as the sheet suggests.

20. Where can we find more computing sheets?

See the More like this section below, or browse all computing printables in the Mini Minds Hub.

Sources

1. Department for Education, National curriculum in England: computing programmes of study: www.gov.uk.
2. Ofsted, Research review series: computing (2022): www.gov.uk.
3. Sutton Trust, Improving the impact of teachers on pupil achievement in the UK, interim findings (2011): dera.ioe.ac.uk.
4. Slater, Davies and Burgess, University of Bristol CMPO Working Paper 09/212 (2009): bristol.ac.uk.

Frequently asked questions

What age is Unplugged Pixel Art Game for?

It is written for Year 2 (ages 6 to 7), in Key Stage 1.

What will children practise?

Child gives and follows precise instructions on a grid.

How do I use it?

Players: 2. Play time: about 15 minutes. Sit back to back. Use a pencil. Swap roles each round.

What if it feels too hard?

Start with only three shaded boxes and let your child use finger pointing.

Is it free?

Yes. It is free to print for home and classroom use.

Is Unplugged Pixel Art Game suitable for teachers to use in class?

Yes. Teachers can use it as a starter, plenary, early finisher task, homework or table activity. It needs no preparation beyond printing.

Is this a screen-free activity?

Yes. It is a screen-free printable that needs only paper and a pencil, so it works well for quiet time, rainy days and school holidays.

Can I use it for home education?

Yes. Home educators and tutors can use it on its own or as part of a wider plan. It is free to print again for brothers, sisters or revision.

How long does it take?

Most children finish page 1 in 10 to 20 minutes. The notes on page 2 suggest ways to make it shorter or longer.

Do I need to print in colour?

No. It prints well in black and white on plain A4 paper.

More free printables

More for Key Stage 1 | More computing printables | Free printable games | All Mini Minds Hub resources