AI Kits for Students Grade 4-10 | Maker Dost - Machine Learning & Computer Vision Projects

Choose Your AI Adventure

Every project follows the SENSE → THINK → DECIDE → ACT framework. Start from the top and grow at your own pace.

1 Grade 4–5

Sensor Data Logger & Pattern Analyzer

Collect real-world data from sensors and observe patterns over time. Understand how machines gather and interpret information before learning.

How sensors translate the physical world into data

Reading and interpreting real-time sensor patterns

Introduction to the SENSE phase of AI

2 Grade 4–6

Decision Tree Logic Machine

Build a multi-condition logic system using layered decision rules — the foundation of structured computational thinking and ML models.

IF–THEN–ELSE logic that powers every program

Building decision trees by hand and in code

The THINK phase — how machines reason

3 Grade 5–6

MakerDost Bot — Motion Foundations

Build your first programmable robot and master structured movement logic. Watch your decision-tree thinking come alive in a physical machine.

Assembling and wiring a working robot chassis

Translating logic into physical robot movement

The ACT phase — turning decisions into actions

4 Grade 5–7

Smart Traffic Intelligence System

Design a rule-based traffic automation system using structured logic and multiple sensor inputs — your first multi-input AI system.

Multi-condition rule systems working together

Timing loops and state machines in automation

Smart city infrastructure and IoT basics

5 Grade 6–7

Intelligent Line Tracking Rover

Create a rover that follows a path using real-time sensor feedback — the foundation of all autonomous navigation systems.

Closed-loop feedback — sensing and reacting continuously

IR sensors and how robots "see" lines

Real-time decision making from live sensor input

6 Grade 6–8

Autonomous Obstacle Navigation Rover

Build a robot that detects and avoids obstacles independently — making real-time decisions without any human input.

Ultrasonic sensors — how robots measure distance

Writing avoidance algorithms with conditional logic

The DECIDE phase — autonomous choice making

7 Grade 7–9

Competitive Object Delivery Rover

Design a rover with precision object placement for school competitions — combining navigation, avoidance and delivery into one system.

Integrating multiple skills into a single robot

Servo-controlled gripper and delivery mechanism

Competition strategy and system optimisation

8 Grade 8–10

Vision-Based Object Recognition Rover

Train a simple AI model using custom data and connect predictions to robotic movement in real time — where robotics meets machine learning.

Collecting and labelling your own image dataset

Training and deploying a vision model on a robot

Computer vision — from pixels to predictions

9 Grade 8–10

AI Gesture Control System

Collect gesture data, train a model, and control your robot using real-time AI-based gesture recognition — the ultimate project.

Neural networks that learn from human movement

Edge AI — deploying ML on compact hardware

Touchless human–computer interaction design

Why Parents Choose Our AI Kits

More than products — a real AI education that makes students fall in love with technology and problem solving.

Learn Through Building

No lectures, no worksheets. Students build real devices and learn AI concepts naturally through making.

Gradual Progression

Nine carefully sequenced projects grow with your child — from basic sensing to neural networks.

Competition Ready

Advanced projects meet the standard required for science fairs, STEM competitions and innovation showcases.

Future-Proof Skills

AI literacy is becoming essential across every field. Starting early creates a lasting advantage.

Your Child's AI Learning Journey

A progressive path from first sensors to advanced AI — designed for students Grade 4 through 10.

Sense & Collect

Projects 1–2: How machines gather data, spot patterns and make first rule-based decisions.

Build & Automate

Projects 3–5: Bring logic to life with robots, traffic systems and line-tracking rovers.

Navigate & Compete

Projects 6–7: Autonomous robots that avoid, deliver and compete in real STEM events.

Train & Deploy AI

Projects 8–9: Train neural networks on your own data and control robots with real AI.

Your Child Will Build Things That Actually Think