Hands-on practical learning that transforms curious minds into confident builders. Real kits. Real projects. Real skills.
Every concept is tied to something you can hold, build, and be proud of.
Every session is a build session. Students assemble real circuits, program actual robots, and solve real problems — not hypothetical ones.
Four progressive levels for ages 6–17 ensure your child is always challenged but never overwhelmed. Clear milestones, clear growth.
Every student receives a robotics kit to take home. Learning doesn't stop at the classroom — it continues wherever curiosity leads.
Three specialised tracks, each with four progressive levels — from curious beginner to confident creator.
Hands-on electronics, coding, and real robot builds — four levels that take learners from first circuits to autonomous AI-powered machines. Build. Program. Compete.
Introduction to electronics, simple circuits, and building your first robot using block-based programming.
Sensors, actuators, and logic. Students build remote-controlled robots and learn beginner programming concepts.
Dive into Arduino, C++ programming, motor control, and build autonomous robots that respond to their environment.
Advanced robotics with AI integration — computer vision, machine learning basics, and competition project prep.
Learn how AI thinks, master prompt engineering, and build real AI-powered projects. Four levels that transform learners into confident AI creators and innovators.
An approachable intro to artificial intelligence — what it is, how it learns, and how it's already part of our daily lives.
Craft powerful prompts for ChatGPT, Claude, and Gemini. Learn prompt patterns, chain-of-thought, and role prompting.
Automate tasks, generate content, and solve real problems using AI tools — combined with logical reasoning and ethics.
Design and build real AI projects — chatbots, image classifiers, and more — using no-code and low-code platforms.
Turn ideas into real physical objects. Learn 3D modelling, design principles, and operate professional FDM printers — from your first shape to a full capstone innovation project.
Introduction to 3D thinking, spatial design, and basic modelling using beginner-friendly tools like Tinkercad.
Move to Fusion 360 or Onshape — learn parametric design, assembly joints, and print multi-part functional models.
Design parts that actually work — gears, enclosures, brackets. Learn slicer settings and material selection for FDM printing.
Capstone project course — design, prototype, iterate, and present a real-world solution using advanced 3D printing techniques.
Real projects built by NIRA students across Chennai.
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Discover what our parents and students have to say about their experience with NIRA Robotics.
My son joined the Robotics Level 1 program and within weeks he was building circuits at home. The instructors are incredibly patient and the take-home kit was a huge bonus. Highly recommend NIRA!
2 weeks agoI've completed Level 3 Arduino Robotics and it changed how I think about engineering entirely. The projects are challenging but so rewarding. I won my school science fair because of NIRA!
1 month agoEnrolled both my kids — one in Robotics, the other in 3D Printing. The quality of teaching is exceptional. They come home excited every single class day. NIRA is truly different from the rest.
3 weeks agoThe AI Foundations course was a revelation for my daughter. She's only 13 but now confidently uses AI tools for school projects. Structured curriculum and small batch sizes make a huge difference.
2 months agoMy son printed his first 3D model in just the second class! Seeing his face light up was priceless. The instructors are knowledgeable and make complex concepts fun and easy to understand.
5 weeks agoAdd components to your list and download it — bring it to class or enquire with us directly.
We're in Chennai and always happy to answer questions from parents, students, and schools. Reach out anytime.
LocationChennai, Tamil Nadu, India
Phone+91 84381 73206