Game design gives kids a playful way to combine storytelling, art, problem-solving, and logic. These ten activities range from no-screen paper prototypes to projects in Scratch, Twine, and MakeCode Arcade, so families and educators can choose an entry point that suits a child’s interests, materials, and comfort with coding.
1. Make a Paper Prototype
Invite a child to sketch a simple game board on paper, make playing pieces from coins or scraps, and write the rules on a separate sheet. Start with one clear goal, such as getting a character to a finish line, then add a small number of meaningful choices: move, collect an object, or take a shortcut. The roughness is useful because a rule can be erased or a square redrawn without rebuilding a polished project. This activity introduces the core design loop: decide how play should work, make a version people can try, notice where they get confused, and revise the rules.
2. Redesign a Familiar Game
Choose a game the child already knows, such as a simple matching game, a playground chasing game, or a familiar family board game, and ask what one rule they would change. They might make turns cooperative, add a goal that changes each round, or give a player a choice between a safe move and a risky one; the point is to explore how a rule affects the experience, not to make the game harder. Play the original version and the changed version back to back, then ask which felt more exciting, fair, or easy to understand. Comparing two versions makes cause and effect visible and gives kids a concrete reason to explain their design decisions.
3. Create a Card Game
Use index cards or cut-up paper to invent a game with a small deck, a clear objective, and a turn structure players can remember. For example, children can make animal cards with different abilities and design a game in which players build a habitat, collect a matching set, or solve a simple challenge together; they decide what information belongs on each card and what happens when it is played. Test the deck with another person and watch for cards that are confusing, too powerful, or never useful. Card games are especially good for practicing balance because changing a number, ability, or rule on one card can immediately change the choices available to players.
4. Design a Board Game Map
Draw a map that players must cross, explore, or protect, and make the terrain matter to the rules rather than serving only as decoration. A forest could hide a shortcut, a river could require a bridge card, and a mountain path could offer a useful reward while costing an extra turn; children can decide what each location does and mark it with symbols or colors. Then create a route or objective that gives players a reason to visit different parts of the map. This activity connects visual layout with game flow: a narrow path can make players meet, while several routes can create choices about safety, speed, and exploration.
5. Build a Branching Story in Twine
Have the child write a short interactive story with a choice at the end of each scene, such as whether a character opens a mysterious door or follows a trail outside. Twine is a tool for creating interactive, branching stories: writers connect passages so that a reader’s choice leads to another passage, and a project can be planned with boxes and arrows before it is entered into the software. Encourage the designer to make choices change what happens, rather than offering different wording that leads to the same result every time. The activity develops sequencing and narrative design, while the visible branches help kids spot missing links, abrupt endings, and decisions that do not yet feel meaningful.
6. Make an Interactive Game in Scratch
In Scratch, a child can create a small game with sprites, backdrops, and block-based code, such as moving a character to collect falling objects while avoiding an obstacle. They can connect actions to events, use movement and sensing blocks, and add a score or a message when a player reaches a goal; each feature can be introduced one at a time instead of trying to build a large game at once. Ask the designer to explain what a player should do before adding decoration, then test whether the controls behave as expected. Scratch makes the link between a design idea and a working interaction easy to inspect, because children can see and rearrange the blocks that control the game.
7. Create a Retro-Style Game in MakeCode Arcade
Microsoft MakeCode Arcade lets users build small arcade-style games with a block editor and also offers a JavaScript editor, with a simulator for trying a project as it develops. A child might make a character move through a maze, collect an item, and reach an exit, then add a sprite animation or a simple win condition. Begin with movement and one objective so the project has a playable core before adding sound, enemies, or extra levels. This is a useful next step for a child who enjoys seeing a game on a screen and wants to explore how code controls sprites, collisions, and game events without beginning with a large commercial game engine.
8. Run a Playtest and Make a Change
Ask someone who did not help design the game to play it while the child observes quietly, taking notes about where the player pauses, misunderstands a rule, or makes an unexpected choice. Afterward, the designer can ask focused questions such as “What did you think the goal was?” or “Which choice felt most interesting?” rather than asking only whether the tester liked it. Choose one problem to address, make a specific change, and invite the tester to try again; changing several things at once makes it harder to tell what helped. Playtesting teaches children that feedback is evidence about how the game communicates, not a verdict on the designer, and that revision is a normal part of making games.
9. Add Accessibility Choices
Review a paper or digital game and look for places where a player might miss important information, struggle to read the screen, or depend on color alone to understand a rule. The child can add labels or distinct shapes alongside colors, make instructions available in short written steps, or offer a way to practice a control before a challenge begins. Discuss how different choices can make the same game easier to understand without removing its central puzzle or goal. This activity makes inclusive design practical: instead of treating accessibility as a final decoration, kids learn to consider how the rules, visuals, and instructions work for people with different needs.
10. Design Sound and Visual Feedback
Pick one player action, such as collecting a key or making an incorrect move, and design a clear response that tells the player what happened. A brief sound, a change in a sprite’s expression, a message, or a small animation can communicate success, danger, or a new objective; children should consider whether the signal is noticeable without being distracting. Try the game with the feedback turned off and on, and ask a player which version makes the action easier to understand. This focused activity shows that polish is not only about attractive art: carefully chosen sound and visual cues can teach rules, confirm an input, and help players understand the state of a game.
How to Choose
Start with what the child wants to make, rather than with the tool that seems most advanced. A child who likes drawing may enjoy a board map or paper prototype; one who likes characters and stories may prefer a branching story; and a child curious about programming may be ready for Scratch or MakeCode Arcade. The same design idea can also move between formats: a paper game can be tested first, then recreated digitally if the child wants to explore code.
Consider the practical setup, too. Paper, pencils, and household tokens are enough for several activities, while browser-based tools need a device and a comfortable way to use the screen. Check whether the child can read the instructions, manage the controls, and save or share a project in the environment you choose. For a group, select an activity that gives everyone a job—drawing, writing rules, building, or observing a playtest—so that one confident participant does not make every decision.
Most importantly, keep the first project small enough to finish and test. A clear goal, a few rules, and one revision offer more design learning than a sprawling idea that never becomes playable. Praise the reasoning behind a change, invite the child to describe what they noticed, and let their interests determine whether the next step is more art, storytelling, strategy, or code.
Frequently Asked Questions
Do kids need coding experience to design a game?
No. Paper prototypes, card games, and map-based games teach important design ideas without code. Scratch and MakeCode Arcade can introduce programming through visual blocks when a child is ready to make a digital project.
What materials are useful for a first activity?
Paper, pencils, index cards, and small household objects can work as tokens. For digital projects, use a device that can access the chosen tool and make sure the child can comfortably use its controls.
How can I help without taking over?
Ask the child to explain the goal and rules, then offer questions rather than solutions. During a playtest, let the designer observe what happens before suggesting a change.
What should a first game include?
Keep it to a clear player goal, understandable rules, and at least one meaningful choice. A small playable idea is easier to test and improve than a large project with many unfinished features.
How do I know whether a game needs revision?
Watch whether a player understands what to do and whether the choices produce the intended experience. Confusion, an unused rule, or a choice with no noticeable consequence can point to a useful next revision.
Final Thoughts
Game designer activities work best when kids can make a choice, see what happens, and improve their idea. Start with a format that feels inviting, play the result together, and treat each confusing rule or surprising moment as a clue for the next version.