Coding can begin before a child types a single line of computer code. A Class 1 learner can tell a toy to move two steps, find a repeating pattern, put daily tasks in order or fix a mistake in a set of picture instructions. These activities introduce sequencing, algorithms, repeat blocks, if–then choices and debugging in a playful way. This guide brings together School Connect Olympiad (SCO) learning chapters, its own Class 1 Coding PDF archive and 2026 resource references, twenty original explained questions, and activities for parents and teachers. SCO chapter-wise learning materials, linked educational videos and practice questions are free and continually improved.
What is coding for six- and seven-year-olds?
Coding is giving clear instructions that a computer or game can follow. The simplest version can happen without any device: a parent says, ‘take two steps, then turn right’, and a child moves a toy in that order. When instructions are in a useful sequence, we call the plan an algorithm. When an instruction is wrong, finding and changing it is debugging. A loop tells a character to repeat an action. A conditional rule such as ‘if the light is red, stop’ helps choose the right action.
A child does not need to memorise difficult programming languages or use a coding subscription to learn these ideas. Their first achievement might be a simple picture story or a maze solved with paper arrows. Encourage reasoning and explanation more than speed or a high competition score.
The five chapter groups in SCO’s Class 1 Coding directory
The current SCO Class 1 Coding and Learning directory has five chapter groups. It also includes child-friendly examples of AI, but this is a Coding article: the emphasis here is putting instructions together and checking they work. For more explanation of what AI can or cannot do, see the companion Class 1 AI learning and PDF guide.
| SCO chapter group | What a Class 1 learner can practise | Try this |
|---|---|---|
| 1. Basic Concepts of Coding | Instructions, simple algorithms, sequences, errors and debugging. | Tell a toy to take three steps, then fix one wrong direction. |
| 2. Examples of AI | Child-friendly technology, colour or object recognition and safe use. | Compare a programmed rule with a picture-sorting game. |
| 3. Pattern Recognition Games | Colour, shape and number sequences; logic; simple mazes and if–then rules. | Make red-blue-red-blue cards and explain the next card. |
| 4. Simple Game Creation | Sprite, stage, movement, short animation and small guided projects. | Move a pictured cat across a drawn garden scene. |
| 5. Practice and Assignments | Teacher-guided worksheets, simple coding scenarios and ScratchJr notes. | Draw arrow blocks, test and correct a sequence. |
The five groups are a topic map, not proof of a particular exam’s total question count or marks. Teachers can give fewer puzzles to learners who are still developing reading or number skills. The main subject page also mixes current learning links with historical examination claims, so use its topics for learning and the live registration flow for current competition decisions.
School Connect’s own Coding PDFs and reference pages
SCO already owns a useful Class 1 Coding PDF, linked below and preserved in the article. It also publishes 2026 syllabus, sample, answer-key and previous-year resource pages. Not every listed resource is a working downloadable PDF yet. In particular, the Class 1 syllabus page currently shows ‘Download (Coming soon)’. Use the available topic directory while that file is pending.
| SCO resource | Current verified status | Open |
|---|---|---|
| Original Class 1 ICO PDF (WordPress archive) | Existing WordPress PDF media item 18154, retained for viewing/downloading. Exact cover edition and file contents not yet independently verified. | View SCO original Coding PDF |
| Class 1 Coding syllabus 2026 | The landing page describes the syllabus, but its download currently says ‘Coming soon’. | Read 2026 syllabus reference page |
| Class 1 Coding Sample Paper 1 2026 | Explore the official resource listing for the available class materials. | Open sample resource listing |
| Class 1 Coding Answer Key 1 2026 | Open the answer-key resource listing and use it with the matching sample paper when available. | Open answer-key listing |
| Class 1 Coding Previous Year Paper 1 2026 | Resource-page listing only; a 2026 title does not authenticate an administered 2026 past paper. | Open previous-year resource listing |
| Coding and Learning syllabus overview 2026 | Broader SCO subject overview, not a substitute for a Class 1-specific PDF. | Read broader Coding syllabus page |
| Class 1 Coding chapters and videos | Free current topic teaching, linked learning videos and practice questions. | Explore free Class 1 topics |
An important difference: a syllabus describes what to study; a sample paper offers practice; an answer key helps review attempts; and a verified past exam documents what was actually administered. A resource page alone does not prove the attached paper exists, is accessible or comes from an official past sitting. For the older PDF below, we know SCO owns the WordPress attachment and its URL, but we have not confirmed its actual cover year, question count or answer section. It remains available as an archive, not a promise about the 2026 exam.
View or download SCO’s original Class 1 Coding PDF
This is the original School Connect WordPress attachment titled ICO Paper Class 1, first linked in the earlier article and uploaded under the 2024 media path. It is a useful reference to inspect with a teacher or parent. The exact edition and contents still require a full file review, so please do not rely on its cover or instructions as the current exam pattern.
If your device does not show the embedded preview, use the direct link to SCO’s Class 1 Coding PDF. For current learning topics, the free Class 1 Coding lessons and practice remain the primary reference.
Five fun unplugged coding activities
1. Robot directions with paper arrows
Draw a path of four or five connected squares. Put a toy on the first square. Give it two ‘forward’ arrows and one ‘turn’ arrow, then move the toy one command at a time. A child learns that changing one command can change the final position.
Try together: Move the toy using three arrows, then explain why it stopped there.
2. Create your own repeating pattern
Lay out coloured cards red-blue-red-blue. Ask the learner to say what comes next, then invent a new pattern using shapes. A repeated pattern prepares children for the idea of a programming loop.
Try together: Make a pattern with two circles and a square; show two full repeats.
3. Debug a funny morning algorithm
Write simple picture cards: shoes, socks, wash hands, breakfast. Start with a deliberately mixed order and ask which step is in the wrong place. Explain that debugging means finding and correcting a mistake, not feeling bad about making one.
Try together: Put socks before shoes, then explain what else you would change.
4. Invent an if–then game
Make two cards: sun and rain. Read, ‘If it rains, take an umbrella; otherwise choose a sun hat.’ Show one weather card and ask what the character should do. Some problems need a decision instead of one fixed sequence.
Try together: Change the rule and test both cards to see whether it still works.
5. Build a simple sprite story
On paper, draw a cat character and a garden background. Give the cat commands such as ‘move right’, ‘jump’ and ‘say hello’. Teachers with a suitable device may demonstrate a similar story using ScratchJr, designed for ages about five to seven.
Try together: Tell a three-step story and ask whether each step happened in order.
20 original Class 1 Coding questions with worked explanations
These twenty new multiple-choice questions are age-appropriate reasoning exercises. They are not copied from SCO’s archived PDF, a 2026 downloadable sample or an actual administered ICO exam. A parent can read each question aloud. Encourage children to draw the steps before looking at the answer.
Question 1 (Sequencing). Before eating breakfast, which step helps keep hands clean?
A. Wash hands | B. Put on shoes | C. Go to sleep | D. Close a storybook
Answer: A — Wash hands. Washing hands before a meal is a sensible step. Coding teaches us to put actions in a useful order.
Question 2 (Sequencing). You want to build a block tower. What should you do first?
A. Hide the blocks | B. Put a strong block at the bottom | C. Knock it over | D. Go outside
Answer: B — Put a strong block at the bottom. A steady block at the bottom helps support the others. Some tasks must follow an order to work.
Question 3 (Follow steps). A toy begins at square 1. It moves forward two squares. Where is it?
A. Square 2 | B. Square 4 | C. Square 3 | D. Square 5
Answer: C — Square 3. Count one move to square 2 and another to square 3. Follow each instruction exactly once.
Question 4 (Ordering). Which is a sensible order for growing a plant?
A. Water, eat, draw | B. Wait, plant, water | C. Sleep, plant, jump | D. Plant seed, water, watch growth
Answer: D — Plant seed, water, watch growth. Planting comes before caring for the seedling. A sequence lists steps in the order they should happen.
Patterns and repeats
Question 5 (Repeating). A repeat block says ‘clap’ three times. How many claps?
A. Three | B. One | C. Two | D. Five
Answer: A — Three. Repeating an instruction three times means doing the same action three times. This is a simple loop.
Question 6 (Shape pattern). Circle, square, circle, square, … Which shape comes next?
A. Triangle | B. Circle | C. Square | D. Star
Answer: B — Circle. The two shapes repeat in the same order. After a square comes a circle.
Question 7 (Number pattern). What follows 2, 4, 6, …?
A. 7 | B. 10 | C. 8 | D. 12
Answer: C — 8. The rule adds two each time. Add two to six to make eight.
Question 8 (Pattern rule). Star, star, heart, star, star, … What comes next?
A. Circle | B. Star | C. Square | D. Heart
Answer: D — Heart. The repeating group is star, star, heart. The next item is a heart.
Simple decisions and sorting
Question 9 (If–then). If it rains before a walk, what could an instruction say?
A. Take an umbrella | B. Put on sunglasses only | C. Leave shoes at school | D. Ignore the weather
Answer: A — Take an umbrella. An if–then rule checks a condition. If it rains, carrying an umbrella may help.
Question 10 (Traffic lights). A simple game says ‘if the light is red, stop’. What do you do?
A. Run | B. Stop | C. Jump | D. Turn around
Answer: B — Stop. The rule asks the player to stop whenever red appears. A condition chooses an action.
Question 11 (Maze). In a floor maze, a toy reaches a wall. Which safe next instruction might help?
A. Move through the wall | B. Stay inside the wall | C. Turn to an open path | D. Fly outside the room
Answer: C — Turn to an open path. When a path is blocked, a turn towards an open path may help the toy continue.
Question 12 (Sorting). The rule says ‘if a card is blue, put it in the blue box’. Where does a blue card go?
A. Red box | B. Green box | C. Book bag | D. Blue box
Answer: D — Blue box. An if–then rule tests the colour and sends the blue card into the blue box.
Debugging a sequence
Question 13 (Debugging). A morning list says ‘put on shoes, then put on socks’. What is a helpful correction?
A. Put on socks before shoes | B. Add more shoes | C. Remove the socks | D. Repeat the wrong order
Answer: A — Put on socks before shoes. Debugging means noticing a mistake and fixing it. Reordering the steps gives a more useful result.
Question 14 (Fix the steps). A toothbrushing list says ‘brush, then add toothpaste’. What is the correction?
A. Throw away the brush | B. Put toothpaste on before brushing | C. Skip brushing forever | D. Wear a hat
Answer: B — Put toothpaste on before brushing. The toothpaste needs to be added before brushing. Checking the order is part of debugging.
Question 15 (Loops). A character should jump twice. Which instruction matches?
A. Never jump | B. Jump five times | C. Repeat jump two times | D. Turn left three times
Answer: C — Repeat jump two times. A repeat-two-times instruction runs the jump action twice, saving us from writing two separate blocks.
Question 16 (Moving). A character begins on square 2 and moves forward twice. Where does it stop?
A. Square 2 | B. Square 3 | C. Square 5 | D. Square 4
Answer: D — Square 4. One move reaches square 3 and the next reaches square 4. A step-by-step trace tells us the final location.
Sprites, stages and algorithms
Question 17 (Sprites). In a simple block-coding game, what is a sprite?
A. A character or object we can control | B. Only the computer charger | C. A paper receipt | D. A glass of water
Answer: A — A character or object we can control. A sprite is a character or object that receives instructions, for example moving or speaking in a story.
Question 18 (Stages). What is the stage or backdrop in a picture-based coding story?
A. A snack | B. The place or background where the story happens | C. A keyboard key | D. An animal’s food
Answer: B — The place or background where the story happens. The stage is the scene behind a character. It helps show where the story takes place.
Question 19 (Coding for children). Which tool is specifically designed for children aged roughly five to seven to make picture-based stories?
A. A text-only office spreadsheet | B. A washing machine | C. ScratchJr | D. A calculator
Answer: C — ScratchJr. ScratchJr uses picture-based programming blocks for young children. An adult should check the app and device.
Question 20 (Algorithms). What is an algorithm in beginner coding?
A. Only a secret password | B. A type of vegetable | C. A computer screen | D. A clear set of steps to finish a task
Answer: D — A clear set of steps to finish a task. An algorithm is an ordered set of instructions for doing something. Everyday routines are friendly examples.
A four-week Class 1 Coding learning plan
| Week | Skill | Free and simple activity |
|---|---|---|
| Week 1 | Sequencing and instructions | Explore the first SCO chapter, make a breakfast or toy-direction sequence and watch an adult-selected linked lesson. |
| Week 2 | Patterns and repeat loops | Make shape-card patterns, then repeat a jump or clap instruction two or three times. |
| Week 3 | If–then rules and debugging | Play the weather-card game, fix a mixed-up morning algorithm and practise explaining the correction. |
| Week 4 | Sprites, games and SCO documents | Draw a sprite story, browse the SCO subject PDF reference pages, and preview selected questions from the original ICO archive. |
For this age, short, friendly activities matter more than speed or exam pressure. Ten minutes with paper cards and a parent can build real understanding. If a digital activity is appropriate, supervise its use and consider the child’s reading level, device access and privacy.
Trusted early-coding learning references
- ScratchJr for ages 5–7 — make stories with picture blocks, characters and a stage; independent educational project.
- Code.org pre-reader guidance — free elementary coding and unplugged learning routes.
- Code.org unplugged classroom activities — physical puzzles, paper tasks and sequencing without computers.
- SCO free Class 1 Coding chapters — continually improved lessons, linked videos and practice.
- Class 1 AI and SCO PDF learning — a separate guide to AI awareness, pattern examples and safe technology.
ScratchJr and Code.org are independent educational providers; they do not endorse or conduct School Connect’s ICO. Their child-friendly guidance can complement the free SCO subject materials, not replace the current SCO syllabus or confirm a competition format.
2026–27 Coding Olympiad registration: check the class carefully
The current SCO registration catalogue lists the International Coding Olympiad (ICO) for Grades 1–12 at ₹250 or US$15 per competition entry. But the WINTER 2027 live examination schedule labels ICO as Classes 6–12, even though it displays general subject dates of 6, 14 and 15 November and 4, 12 and 20 December 2026 after 19 October. These official pages are inconsistent about Class 1 eligibility. Do not assume that a Class 1 exam seat can currently be booked just because a subject schedule or an old page shows Coding.
Parents interested in an actual Class 1 exam should confirm the current permitted grade, applicable cycle, available slot, delivery method and final payment screen directly with SCO before registration. The free chapter-wise SCO learning materials, linked videos, practice questions and PDF resource are available for learning. Confirm the current grade eligibility, dates and registration details separately on the official SCO exam page.
Frequently asked questions about Class 1 Coding
What does coding mean for a Class 1 child?
At this level, coding means making simple instructions and following them in order. Children can learn sequencing, patterns, repeat actions, if–then choices and basic debugging without typing programming languages.
What are the real Class 1 Coding chapter groups?
The current SCO Class 1 directory lists five broad groups: Basic Concepts of Coding; Examples of AI; Pattern Recognition Games; Simple Game Creation; and Olympiad Practice, Assignments and Coding scenarios. The groups contain smaller teacher-friendly lessons.
Do children need a laptop or tablet to begin?
No. Paper arrows, toy mazes and picture sorting are useful unplugged coding activities. Adults can choose an age-appropriate digital game later if suitable.
Is ScratchJr appropriate for this age?
ScratchJr is intended for children around ages five to seven. It uses picture blocks to create stories and games and should be introduced with teacher or family guidance and normal device safety.
Are School Connect Coding lessons, videos and practice questions free?
Yes. SCO’s chapter-wise learning materials, linked educational videos and practice questions are free and continuously improved. Families do not need discontinued paid learning subscriptions.
Can we download the current 2026 Class 1 Coding syllabus PDF now?
The 2026 SCO syllabus resource page currently says ‘Download (Coming soon)’. Its syllabus description is visible, but a completed PDF download could not be confirmed. Use the live Class 1 topic directory for now.
What about the 2026 Coding sample, answer key and previous-year paper?
These pages are linked from SCO’s Class 1 Coding directory. Their actual downloadable files could not be opened during this check, so we provide them as resource-page references rather than promise working PDFs or genuine prior examinations.
Is the original embedded ICO Class 1 PDF available?
The older WordPress article already contains SCO media item 18154, titled ‘ICO Paper Class 1’, with a PDF embed and download URL. Its precise cover year, number of questions, answers and public download behaviour still require file inspection.
Are the 2026 dates confirmed for a Class 1 Coding exam seat?
No. The current main schedule lists ICO sessions in November and December but labels ICO as Classes 6–12, while the registration catalogue lists Grades 1–12. Confirm Class 1 availability and booking directly before paying.
What does ICO examination registration cost?
The current main SCO registration catalogue lists general International Coding Olympiad entry at ₹250 or US$15. That is separate from free learning and does not guarantee that a particular Class 1 date can be booked.
Will every participant get an international medal or scholarship?
No universal guarantee is established. Any exam result, award or certificate follows the official current event rules and actual individual results; free practice alone does not qualify a child.
How is this different from the Class 1 AI learning article?
Coding activities focus on making sequences, instructions, loops, decisions and debugging. The companion Class 1 AI article focuses more on everyday AI, examples, patterns, checking computer answers and child safety.
One small program can begin with paper arrows
Start by making a simple two-step plan, using cards to repeat a pattern or helping a toy find the correct path. Then choose a free SCO Class 1 Coding chapter, linked video or practice question and revisit the worked examples. The original ICO Class 1 PDF remains linked for additional adult-guided review, while the 2026 syllabus and sample resource pages show what SCO intends to publish as current reference files.
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