1
Explore & Discover
- Basic robotics
- Simple circuits
- Sensors and motors
- Logic and patterns
- Visual coding
- Creative STEM activities
Curriculum
A Progressive Robotics, Coding & AI Journey for Grades 1–10
Students move from simple mechanisms, circuits and visual coding to programming, AI, automation and integrated problem-solving at an age-appropriate pace.
RAYBOT LABSImagine • Design • Build • Innovate
Three learning stages
From Exploration to Independent Innovation
Each level adds new concepts while continuing hands-on building, testing, explanation and improvement.
2
Build & Programme
- Electronics
- Arduino
- Microcontrollers
- IoT fundamentals
- Automation
- Smart-system projects
3
Innovate & Solve
- Python programming
- Artificial Intelligence
- Advanced robotics
- Data and automation
- Drone technology
- Integrated projects
Technology tracks
Future Skills Learned Through Building
The programme connects code, electronics and engineering so students can understand how complete systems work.
Learning by BuildingThinking by Creating
RBT
Robotics
AI
Artificial Intelligence
CODE
Coding
ELEC
Electronics & Arduino
IOT
Internet of Things
AUTO
Automation
3DP
3D Printing
UAV
Drone Technology
Learning design
What Every Stage Keeps Consistent
The complexity changes by grade, but the learning method remains practical, structured and explainable.
Imagine
Understand the challenge and propose ideas.
Design
Plan the mechanism, circuit or programme.
Build & Code
Assemble components and create the logic.
Test & Improve
Observe results, correct problems and explain learning.
Evidence-first content
Curriculum alignment with NEP 2020, CBSE Skill Education or another framework will be published only after Raybot verifies the supporting documentation.
START WITH A SCHOOL-SPECIFIC PLAN
Choose the Right Learning Journey for Your Grades
Request a focused curriculum discussion based on the grades and technologies your school wants to introduce.