Robot Factory is a browser game that helps Kindergarten and Grade 1 children learn the names of six flat (2D) shapes and five everyday position words while they build cheerful robots. A friendly narrator gives one small job at a time — for example, "Put the circle on top!" — and the child answers with two taps: first tapping the right shape, then tapping the right spot on the robot. Every turn quietly practices two skills at once: naming a shape and understanding a position word. There are no timers, no scores, no rankings, and no way to "fail" — every finished robot earns the same happy celebration. The very first time a child plays, a short 20-second interactive tutorial walks them through the loop (listen → choose the shape → choose the spot) with a friendly pointing-hand cue and voice guidance.
A finished robot is not the end — it is a toy to play with. Every robot the child builds is saved to a garage collection, and from there it can dance at a disco, star in its own Simon-Says body game, or be steered across a floor on a mission. These after-build modes turn the child's own creation into a stage for reviewing shapes and, for the first time, using direction words to give commands rather than only following them.
Each job is spoken by a warm narrator voice and also shown in an on-screen text banner for adults and emerging readers. A large 🔁 button lets the child replay the instruction as many times as they need. Because nothing is timed, children can listen, think, and re-listen — building careful listening comprehension at their own pace.
Shapes ride toward the child on a conveyor-belt tray: one correct answer plus "decoys." To move forward, the child must pick the named shape out of the group. The decoys make this true shape recognition — the child has to know a triangle from a square, not just tap the only option. Shapes appear in different sizes and turns, so kids learn a shape is still that shape no matter how it is rotated. To keep the very first builds gentle, the tray starts with just two shape choices and grows to three once the child is ready — one of many quiet adaptive-difficulty touches described below.
After choosing the shape, the child taps where it goes on the robot: the top (head), bottom (feet), left (left arm), right (right arm), or middle (tummy). Tapping the correct region snaps the shape into place. This turns abstract position words into a physical, on-screen action, connecting the word "left" to a real location every single turn. Left and right are always taught from the child's own point of view — left is the screen's left, right is the screen's right, kept consistent so it never flips to the robot's perspective. Every left/right (and up/down) prompt also shows a big directional arrow. Before the game ever asks a child to place something "on the left" or "on the right" — around the second robot — it runs a short one-time body-orientation activity: two big cards (⬅️ LEFT hand, ➡️ RIGHT hand) that the child taps along to while the narrator names each.
Support fades a step at a time as a child builds more robots, and it comes back automatically after a slip:
If a child slips, the picture reappears; after a second slip, the glow returns too. This gradual release lets children lean on a hint early, then show what they can do on their own, with help always ready the moment it is needed.
Every finished robot earns the same joyful celebration — "three build bolts!" — with an animation, spoken praise, and confetti. There is no 1–3 rating, no score to lose, and no ranking, so no child ever feels they built a "worse" robot. Accuracy is still tracked, but privately, and only to quietly tune the difficulty — it is never shown to the child. Wrong taps get only a kind "Oops! Try again!" — no penalty, no lost turn, no scary sound. This mastery-positive design treats mistakes as normal practice, which keeps young learners willing to take risks and try again.
The game grows with the child. The very first robot has just 3 parts (top, middle, bottom); the second adds one arm; from the third on it is the full 5-part robot. The conveyor tray likewise starts with two shape choices and builds to three. Once a child shows they know their shapes, the on-screen shape picture is hidden so they rely on the shape's name. And later rounds quietly favor the specific shapes and positions that that child has missed most, so practice concentrates right where it is needed — challenge that stays "just right" without the child ever seeing a difficulty setting.
After a robot is finished, the child can take it to a disco stage where it dances to music. Tapping any body part makes the robot wiggle while the narrator names that part — alternating shape names and position words, "That's the circle!" then "That's on the bottom!" — with matching banner text. It reads as pure celebration, but it sneaks in a relaxed, self-directed review of the exact vocabulary the build practiced.
Every robot built is saved to a My Robots collection screen with its name and its three build bolts. Children can revisit any robot, tap it to make it react, and send any saved robot into Dance Party, Robot Says, or Missions. The garage gives young learners a growing body of their own work to return to, talk about, and feel proud of — building persistence and something concrete to describe.
The narrator gives one spoken direction command at a time — "Send your robot left!" … "up!" … "down!" — and the child presses big arrow buttons to steer their robot three steps across a floor grid to reach an item (a battery, wrench, or star). This is the child's first productive use of direction words: acting on directional language to make something happen, not just receiving it. A wrong press earns a gentle retry with the command repeated, so children keep trying without penalty.
The child's own completed robot plays a Simon-Says-style game about itself: five spoken rounds that alternate "Touch the star!" (shape identification) and "Touch the shape on top!" (positional comprehension). Answering means the child must both recognize the shape and understand the position word to find the right part. A perfect round earns a badge.
A dedicated My Badge Book screen holds 12 clear, picture-forward milestones — building 1, 5, 10, and 25 robots; Shape Explorer (use every shape); Position Pro (use every spot); Party Animal, Robot Collector, Mission Rookie, Robot Says Star, Good Listener, and Factory Legend. The list was trimmed from 30 crowded badges to these 12 so goals stay easy to understand. Each badge can be tapped to hear its name and description read aloud, so pre-readers can explore the badge book on their own. The badges give children concrete goals that reward returning, practicing, and stretching into shapes and positions they use less often.
Robot Factory is primarily a mathematics game. The table below maps it to Common Core Math (Geometry), with a supporting technology table and a listening bonus.
| Standard | What it says | How Robot Factory addresses it |
|---|---|---|
| K.G.A.1 | Describe objects in the environment using names of shapes, and describe the relative positions of these objects using terms such as above, below, beside, in front of, behind, and next to. | The heart of every turn: the narrator names a shape and a position ("Put the star on the left!"), and the child acts on both — naming a shape and locating it by position on the robot. Left and right are taught consistently from the child's own point of view, reinforced by a big directional arrow on every left/right and up/down prompt and a one-time body-orientation activity (⬅️ LEFT hand / ➡️ RIGHT hand) run just before left/right is first assessed. Robot Missions deepens this: the child uses direction words productively, pressing left/right/up/down arrows to steer a robot to a target, while Robot Says checks positional comprehension ("Touch the shape on top!") on the child's own robot. |
| K.G.A.2 | Correctly name shapes regardless of their orientations or overall size. | Conveyor-tray shapes appear at different sizes and rotations, so children must recognize, e.g., a triangle as a triangle whether it is small, large, or turned. |
| K.G.B.6 | Compose simple shapes to form larger shapes. | Placing five shapes onto the head, tummy, arms, and feet composes a single larger figure — a robot — from smaller simple shapes. |
| 1.G.A.2 | Compose two-dimensional shapes (rectangles, squares, trapezoids, triangles, half-circles, and quarter-circles) to create a composite shape, and compose new shapes from the composite shape. | For Grade 1, building each robot from circles, squares, triangles, rectangles, stars, and hearts is a hands-on act of composing a composite 2D figure from named parts. |
| Standard | What it says | How Robot Factory addresses it |
|---|---|---|
| 1A-CS-01 | Select and operate appropriate software to perform a variety of tasks, and recognize that users have different needs and preferences for the technology they use. | Children independently open and operate the game — tapping choices, using the 🔁 repeat button, and toggling sound — choosing the supports (audio, replays) that fit their own needs. |
Note: Only one CSTA standard is listed because it is the one the game's mechanics genuinely demonstrate; additional codes are omitted rather than stretched.
| Standard | What it says | How Robot Factory addresses it |
|---|---|---|
| SL.K.2 | Confirm understanding of information presented orally or through other media by asking and answering questions about key details, and requesting clarification if something is not understood. | Children confirm understanding of a spoken instruction by acting on it, and "request clarification" for themselves by pressing the 🔁 button to hear it again. A one-time 20-second interactive tutorial models the multi-step listening loop (listen → choose the shape → choose the spot) with voice guidance and a pointing-hand cue. In Robot Missions they follow a sequence of separate spoken direction commands, one step at a time, to move their robot to its goal. |
| SL.1.2 | Ask and answer questions about key details in a text read aloud or information presented orally or through other media. | Grade 1 children attend to two key details in each spoken prompt — the shape and the position — and respond to both to complete the placement. The opening interactive tutorial gives explicit multi-step spoken guidance through the whole build loop. Robot Missions adds multi-step spoken commands: children track and carry out a series of direction words in order to steer their robot across the floor. |
Objective: Children will name the six flat shapes (circle, square, triangle, rectangle, star, heart) and pick a named shape out of a group.
Vocabulary:
Objective: Children will use the position words top, bottom, left, right, and middle to place objects correctly.
Vocabulary:
Objective: Children will build a robot in the game, then draw and label their own robot using shape names and position words.
Vocabulary:
Quick questions to ask a child while they play or after they finish a robot:
Capstone task: "Make Your Own Robot Poster." The child draws a robot, labels its parts, and tells you about it. Use the three levels below.
| Skill | Emerging | Developing | Secure |
|---|---|---|---|
| Shape naming | Names 1–2 shapes, often with help. | Correctly names 3–4 of the six shapes independently. | Correctly names all six shapes (circle, square, triangle, rectangle, star, heart) regardless of size or turn. |
| Positional language | Uses one position word (often "top") with prompting. | Uses top, bottom, and middle correctly; still mixes up left and right. | Uses top, bottom, left, right, and middle accurately to describe where each part goes. |
| Explanation & communication | Points to parts but says little about them. | Describes the poster with a few shape or position words when asked. | Clearly explains the robot in full sentences, combining shape and position words (e.g., "The heart is on the left arm"). |
A Settings panel lets a grown-up tune the experience to each child. Everything is saved right on the device — no accounts, no logins.