01
Expressions and graphics
Pixels, frames and animation. Draw an expression and see it on Chatty's face.
Don't just talk to a robot. Program it.
From first expressions and movements in the visual editor to your own programs through the API. Students write code, control a real robot and see the result.
API: HTTP + WebSocket. Use any language that supports these protocols.
02
Movement and mechanics
Poses, speed and sequence. Build a gesture and check how it looks in motion.
03
Algorithms and scenarios
Events, conditions and actions. Connect speech, expressions and movement in a clear program.
Your program
Python · JavaScript · C++
Or any other language supporting HTTP and WebSocket.
Robot API
HTTPRequest → response
WebSocketPersistent connection
Chatty
Code controls the robot
Scenario: greeting
- Start → show a smile
- Action → raise a hand
- Speech → “Hi! I'm Chatty”
- Finish → return to the starting pose
Change one step: what happens if the robot speaks first?
Design → test → improve
The student explains the idea, runs the scenario with a teacher and compares the result with the plan. The next iteration can add a new mood, gesture or dialogue branch.
- The teacher chooses a task to match the group's age and experience.
- Students share roles: graphics, movement, scenario design and testing.
- The project ends with a demonstration and a review of what worked.
Schools and clubs
Robotics and programming practice with a tangible project outcome.
Project workshops
Teamwork on a robot character, from the first idea to a shared demonstration.
Individual lessons
Teacher-led tasks tailored to the interests and experience of an individual student.
Pricing on request. No account is needed to enquire.
Compare Promo, EDU and TutorChatty Tutor — практика школьных тем дома