AIQ Academy – AI & Robotics for Kids in Georgia

Two courses

Which course is right for your child?

Both stand on their own. Choose by learning style — or combine for a complete AI education.

AIQ AI Literacy

"Understand AI"

17 lessons · Ages 8–12 · Screen-based · Once per week

For children who love asking questions and thinking about big ideas. Builds deep AI literacy — how it works, why it makes mistakes, how to use it responsibly.

What AI is and how machine learning works
Bias, ethics & responsible AI use
Generative AI, ChatGPT & prompt engineering (Optional)
Privacy, data, and three types of ML
Coding AI agents in Scratch

See full curriculum → Enroll Now

🤖

Robotics with VinciBot

"Build with AI"

Starts with robotics · Ends with AI · Ages 8+

For children who love building and hands-on challenges. A real robot in their hands from day one — and in the final weeks, they train it to recognise their own voice.

Block coding on a real robot
Sensors, conditionals & autonomous behavior
Train a speech recognition AI model
Object & gesture recognition with Tiny ML
IoT: connect your robot to the internet

Robot on loan for online course duration · refundable deposit See VinciBot program → Enroll Now

💡

You can attend both courses. Some students do just that. AI Literacy pairs perfectly with the hands-on robotics practice of VinciBot. It will teach your child both the fundamentals of AI and give them the joy that comes from coding real robots.

AI Literacy Course

AI Literacy — Full Curriculum

17 lessons · 8 units · Aligned with US national standards

Enroll in AI Literacy →

What AI Actually Is

Students go beyond buzzwords — learning how perception, algorithms, and data combine to make AI systems work.

Train Real ML Models

Using Google Teachable Machine, students train their own image classifiers — the same workflow used by professionals.

Bias & Ethics

Why AI makes mistakes, what algorithmic bias means, and how to use AI responsibly — critical thinking built in.

ChatGPT & LLMs

How language models work, why they hallucinate, and how prompt engineering shapes AI outputs.

Privacy & Data

What data AI systems collect, how it's used, and how to protect personal information in a digital world.

Code an AI Agent

In the final lessons, students code a reinforcement learning agent in Scratch — seeing RL in action.

Lesson-by-Lesson Curriculum

8 units · 17 lessons · each approx. 60 minutes

Show full curriculum

Ready to start? Limited spots available.

📄 Download Curriculum PDF

Available in Georgia through AIQ Academy

Robotics with VinciBot

Starts with robotics. Ends with AI.

Enroll in VinciBot →

PART 1 · 18 LESSONS

Coding & Robotics

Students program VinciBot to move, draw, react to sensors, and build autonomous behaviors. The foundation every AI system needs.

Block coding · Sensors · Loops · Events

→

PART 2 · 5 LESSONS

This is Where Robotics Becomes AI

Students collect data, train ML models directly on VinciBot, and deploy them. The robot learns from their voice. Real machine learning, on a real robot from early ages.

Tiny ML · Speech · Object recognition · IoT

Real Robot Programming

Students physically program VinciBot to move, draw, navigate by sensors, and respond to its environment. 18 lessons of hands-on coding.

Voice Recognition

Students record voice commands, train a speech model, and deploy it. VinciBot responds only to their voice.

Object Recognition

Using the ToF sensor, VinciBot learns to tell a book from a pen. Students collect the training data themselves.

Letter Recognition

Students train VinciBot to recognize handwritten letters using the ToF sensor. Students train the model from scratch.

IoT Connected

VinciBot connects to Wi-Fi for real-time data. Multiple robots can communicate and dance together.

Global Competition

Students can qualify for the MWRC — an international robotics competition where children compete against teams from around the world.

Full Course Curriculum

What your child does and learns, lesson by lesson

Show full curriculum

Lesson	Topics Covered
▸ PART 1 — Coding & Robotics (Lessons 1–18)
01. Program VinciBot	Block codingSequencesRobot movement
02. Multi-talented VinciBot	LED matrixSound & lightLoops
03. Event Coding Blocks	EventsTriggersInteractive programs
04. VinciBot Loves to Draw	Drawing modeGeometryCoordinates
05. Candy Collecting	LoopsRepetitionGame logic
06. Multi-threading	Parallel tasksConcurrent execution
07. VinciBot is Responsive	SensorsConditionalsIf/else logic
08. Light-on Reminder	Infrared sensorReal-world automation
09. Make a Block for VinciBot	FunctionsCustom blocksCode reuse
10. Coward VinciBot	Obstacle avoidanceDistance sensor
11. Spiral Graphics	VariablesMath in codePatterns
12. Marathon	TimerVariablesGame design
13. Catch 3!	Game logicScoringUser interaction
14. Speed Change by Color	Color sensorVariable speedSensor-driven behavior
15. Smart Cruise	Autonomous navigationMulti-sensor logicFunctions
16. Light Chaser	Nested if/elseLight sensorAutonomous steering
17. Heart to Heart	Infrared communicationColor sensorTwo-robot interaction
18. Line Following	Line following sensorMotor controlAutonomous navigation
▸ PART 2 — This is Where Robotics Becomes AI (Lessons 19–23)
19. Listen, VinciBot!	Tiny MLSpeech modelVoice commands
Ext. Vinci Pet	Custom speech modelModel deployment
20. Book or Pen	ToF object recognitionData collectionML training
21. VinciBot Recognizes Letters	Letter recognitionHandwriting AI
22. What is the Weather?	IoTWi-FiReal-time data
23. Let's Dance!	IoT broadcastingMulti-robot controlGroup coordination

Ready to put a real AI robot in your child's hands?

Enroll in VinciBot →

Your Instructors

Meet the Team

Small groups mean your child works closely with their instructor every lesson.

Instructor Name

AI Literacy & Robotics Instructor

BSc in Mathematics (Ilia State University), dual Master's in Education Administration (SEU) and Information Technology (Czech University of Life Sciences), Erasmus exchange alumnus. Actively involved in international education programs — teaching and leading projects across Poland, Croatia, Czech Republic and Georgia. Believes that when a child grasps a new idea and starts asking their own questions, it stops being just learning — it becomes a process of discovering the world. Finds AI education particularly compelling because it brings together logic, creativity and thinking about the future.

Code.org Certified MatataStudio Certified

Instructor Name

AI Literacy & Robotics Instructor

Studying Computer Science & Mathematics at Free University of Tbilisi with a strong foundation in AI and machine learning. Has been tutoring since 2023 and has taught in the English sector of a Tbilisi private school — gaining real insight into classroom dynamics, student engagement, and what it means to be a responsible educator. Believes AI can be a powerful learning tool, but only when students are guided properly. This motivates her to teach students not only subject matter, but also how to think critically, learn independently, and use modern tools responsibly.

Code.org Certified MatataStudio Certified

Welcome to AIQ Academy

What Parents Are Saying

Which course is right for your child?

AIQ AI Literacy

Robotics with VinciBot

AI Literacy — Full Curriculum

Lesson-by-Lesson Curriculum

Robotics with VinciBot

Coding & Robotics

This is Where Robotics Becomes AI

Full Course Curriculum

Meet the Team

About AIQ Academy

World-Class Standards

World-Class Learning Tools

Why AI Education for Kids?

Frequently Asked Questions

Special Offer

Contact Us