🤖 AI Robotics · Elementary · 6–11 Years Old

Build · Code
Conquer Technology

STEM Robotics program with the Alpha Series 330 toolkit — children aged 6–11 build robots hands-on, program with command cards, and solve real-world problems.

🤖 4 Course Levels 📚 16 sessions / course ⏱️ 90 min / session 🔧 Physical Card Programming
4 COURSE LEVELS

Learning Pathway From Beginner to Expert

Each level builds on the previous — learners progress naturally without missing any knowledge.

AI Robotics Elementary — Begin Level
🔩
Begin · Basic

Robot Introduction

16 sessions  ·  90 min / session  ·  3 themes

  • Mechanics & Transmission — gears, belts, screws
  • Force elements — tension, friction, levers, elasticity
  • Sensors & Programming — ultrasonic, color, touch, sound
  • Featured models: Fan, F1 Race Car, Robot Arm
1
AI Robotics Elementary — Intermediate Level
🦁
Intermediate · Advanced

Explore the World

16 sessions  ·  90 min / session  ·  4 themes

  • Animal world — Rabbit, Elephant, Bird, Gorilla
  • Sports festival — Soccer Player, Goalkeeper, Swimmer
  • Renewable energy — Windmill, Solar Car, Waste Sorter
  • Territory defense — Fighter Jet, Cruiser
2
AI Robotics Elementary — Advanced Level
🏗️
Advanced · In-depth

High-Level Engineering

16 sessions  ·  90 min / session  ·  4 themes

  • City construction — Bulldozer, Forklift, Giant Crane
  • Amusement park — Carousel, Flying Chairs, Pirate Ship
  • Household appliances — Saw, Water Pump, Dough Mixer
  • Ocean exploration — Fish, Turtle, Crab, Frog
3
AI Robotics Elementary — Expert Level
🚀
Expert · Specialist

Capstone Projects

16 sessions  ·  90 min / session  ·  Advanced projects

  • Smarty assistant robot — autonomous movement, schedule reminders
  • Autonomous bus — ultrasonic sensors, precise stopping
  • Mars exploration robot — complex terrain navigation
  • Independent project design & advanced-level competition
4
Students experiencing AI Robotics Alpha Series 330
HANDS-ON LEARNING KIT

Alpha Series 330 — STEM Toolkit

A specialized toolkit with 330+ components — from gears and sensors to the programmable controller, enough to build 64+ robot models.

⚙️
330+ Mechanical & Electronic Components
Gears, axles, belts, connectors, servo motors — enough to build any real-world drive mechanism.
📡
6 Integrated Sensor Types
Ultrasonic, color, light, sound, touch, and gyroscope — students get hands-on with every type of real-world sensor.
💡
Physical Card Programming — No Screen Needed
Color-coded command cards enable visual programming — perfectly suited for children 6+ who have never typed code.
FEATURED PROJECTS

64+ Models Across 4 Levels

Every session introduces a new model — from simple robots to complex systems, children never repeat the same build.

🤖

Walking Robot

Assemble a two-legged balancing robot, program it to move and avoid obstacles with an ultrasonic sensor.

Begin
🎵

Music Box

Build a real music box — the color sensor reads command cards to play the correct notes, with LED lights synced to the beat.

Begin
🚗

F1 Race Car

Assemble a gear-drive system for acceleration, and program the car to stop automatically when it detects an obstacle.

Begin
🦍

Gorilla

Simulate a Gorilla defending its herd — reacting to ultrasonic sensor input and micro command cards.

Intermediate

Elite Athlete

Assemble a ball-kicking robot — the touch sensor triggers the kicking leg at precisely the right moment.

Intermediate
🌬️

Windmill

Learn about renewable energy through a fully functional programmable windmill model.

Intermediate
🏗️

Giant Crane

Build a crane with complex lifting mechanisms, simulating a real-world construction site.

Advanced
🦀

Crab

Program the crab to move sideways — alternating motor reversal accurately mimics a crab's natural gait.

Advanced
🪐

Mars Exploration Robot

The ultimate project — a robot navigates rough terrain and searches for resources following a space-mission scenario.

Expert

+ 55 more exciting models spread across all 4 course levels

SKILLS

What Students Develop ?

Each session is not just about building robots — children are developing thinking skills, abilities, and confidence for a tech-driven future.

🔧

Computational Thinking

Learn programming through intuitive physical command cards — foundational computational thinking develops naturally from an early age, no screen needed.

🤖

Engineering Skills

Hands-on assembly and operation of robots with the Alpha Series 330 — understanding mechanical structures, motors, and sensors through real practice.

🧠

Integrated STEM

Applying Science, Engineering, Math, and Technology to every project — cross-disciplinary learning that feels natural and exciting.

🎨

Creativity & Innovation

After completing the base model, children are encouraged to propose their own upgrades — no limits on ideas.

🤝

Teamwork

Delegating, collaborating, and presenting results to the class — communication and leadership skills develop through every group project.

🏆

Competitive Spirit

A mini game at the end of every session with inter-group competition — building healthy competitive spirit and the ability to perform under pressure.

LEARNING JOURNEY

From Beginner To Expert

4 levels built consecutively — each one opens a new, more complex world, yet never overwhelming.

1
BEGIN

Intro to Robotics

Get acquainted with the Alpha Series 330 toolkit, learn drive mechanics, and basic physical card programming.

2
INTERMEDIATE

Multi-Theme Exploration

Apply advanced sensors across diverse themes — animals, sports, energy, and defense.

3
ADVANCED

In-Depth Engineering

Complex mechanical structures, multi-condition programming — build large-scale models with sophisticated logic.

4
EXPERT

Independent Projects

Synthesize all knowledge — design your own project, compete, and present before a panel.

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