Why schools need a structured robotics syllabus
NEP 2020 and CBSE skill education ask schools to build coding, computational thinking and hands-on skills from the early classes. A clear, class-wise robotics syllabus helps teachers plan weekly sessions, makes sure students progress step by step, and turns a robotics lab or Atal Tinkering Lab into an active learning space.
Class-wise robotics syllabus
| Class | Topics | Sample projects |
|---|---|---|
| Class 1–3 | Introduction to robots, simple machines, building blocks, cause and effect, unplugged coding games | Moving toy robot, simple machine models |
| Class 4–5 | Basic circuits, LEDs, motors, batteries, block-based coding, sequencing and loops | Light-up card, motor car, coded animations |
| Class 6–7 | Sensors (IR, light, touch), Arduino basics, block-to-text coding, conditions | Line follower, smart night lamp, alarm system |
| Class 8 | Arduino C programming, ultrasonic sensor, servo motors, motor drivers | Obstacle-avoiding robot, robotic arm basics |
| Class 9–10 | IoT with NodeMCU / ESP, Bluetooth and app control, 3D design, intro to AI | Bluetooth car, smart home model, weather station |
| Class 11–12 | Advanced IoT, computer vision and AI basics, Python with robotics, drones, design thinking | AI-based robot, drone project, competition robot |
This is an outline of the Techradiance robotics curriculum. Schools get the detailed version with weekly lesson plans, teacher guides and assessments. Request the full syllabus.
Learning outcomes
- Understand electronics, sensors, motors and controllers
- Write programs — from block coding to Arduino C and Python
- Apply logic, problem-solving and design thinking to real problems
- Work in teams to build, test and improve robots
- Present projects in exhibitions and competitions
How Techradiance delivers the syllabus
Lab setup
Robotics, AI and STEM labs with age-wise kits — see robotics lab for schools.
Trainers & teacher training
Our trainers teach in your school, and we train your teachers to run the curriculum.
Kits for every class
Matched robotics kits so every group can build each project.
Competitions
Students compete in our national and international Robotics Championship.
Get the robotics syllabus for your school
Book a free 1:1 trial class. Your child builds a mini project, and you get a personalised learning plan — no payment needed.
Frequently Asked Questions
What is taught in robotics for school students?
School robotics covers electronics, sensors, motors, block coding, Arduino programming, IoT and basic AI, taught through projects like line followers, obstacle-avoiding robots and smart home models.
From which class should robotics start?
Robotics can start from class 1 with simple machines and unplugged coding. Electronics and block coding fit classes 4–5, and Arduino-based robotics fits from class 6 onwards.
Is robotics part of the CBSE curriculum?
CBSE encourages coding, AI and skill subjects, and many schools teach robotics through skill education, ATL labs and composite skill labs. Schools can follow a structured syllabus like this one.
Do you provide the robotics syllabus to schools?
Yes. Partner schools get the detailed syllabus with lesson plans, teacher guides, kits and optional trainers.
How many robotics classes per week are needed?
One to two periods a week is typical. The syllabus is planned so each module fits a term.