Age 9–15 🤖 No coding experience needed & CBSE School friendly projects

Master Trainer:

Ms. Amrita Sengupta

Co-founder, Director & Trainer, 36 Skills

Amrita leads every live session personally, bringing 17+ years of experience in curriculum design, ed-tech, and hands-on coding and computational skills training. As a co-founder of Thirty Six Skills, she doesn't just teach the program — she built it, with a focus on turning technical concepts into confidence-building, real-world projects for young learners.

Every Day Is a New Mission

This isn't a lecture. It's an adventure. Each bootcamp day drops your child into a hands-on mission where they build, code, and problem-solve their way through a real challenge.

Day 1: Design Your Dream Robot: Think like a Robotics Engineer! Design your own robot using block-based coding while learning robot structure and the basics of intelligent machines.

Day 2: The Secret Maze Mission: Code. Think. Navigate. Teach your robot to solve a maze using loops, sensors, and pattern recognition while bringing Robotics concepts to life through a fun challenge.

Day 3: Coral Reef Smart Robot: Bring Intelligence to Your Robot! Learn how robots store information, remember instructions, and make smart decisions using conditional logic—the foundation of Robotics and AI.

Day 4: Robot Navigator: Precision is the Key! Program your robot to follow the correct path using maths and angles while strengthening problem-solving and computational thinking skills.

Day 5: Robotics & AI Master Inventor Challenge 🚀Showcase. Solve. Shine. Present your projects from the week, take on exciting challenge rounds, and demonstrate your Robotics, AI, and coding skills with confidence.

Tool used: Vexcode VR

LIVE ONLINE in ENGLISH

Join the ₹399 Bootcamp

Students Projects

Here's What Your Child Gets:

✅ Mission driven challenges, taught by our Co-founder Ms. Amrita Sen Gupta (16 years in ed-tech) worth ₹3,999

✅ 4 hands-on robot missions, including the Secret Maze Mission worth ₹2,999

✅ Day 5 Capstone: Robotics & AI Master Inventor Challenge — worth ₹1999

✅ Vexcode VR coding tool access — worth ₹1499

✅ Certificate of Robotics Exploration — worth ₹999

✅ Missed a class? Full recordings provided — worth ₹299

✅ Private Parent WhatsApp Community — worth ₹499

Total Value: ₹12,000+

You Pay Just ₹399 only 🤖

(Less than the cost of a large pizza, for 5 days that could change how your child sees technology, and learns skill forever.)

Click & Join the ₹399 Bootcamp

Our Training Methodology

Step 1: EXPLORE

Your child gets hands-on with robots through simulations for the 1st time building, coding, & completing missions to discover if they love it.

Step 2: THINK

Analyze problems, Develop logical thinking and design smart solutions with Robotics and coding.

Step 3: CREATE

Students go deeper designing intelligent robots, learning how AI helps machines sense and decide, and building a portfolio of real projects.

Fresh Batch Starts Every Monday

Limited Seats

Live batches fill up fast — every session is hands-on and small enough for your child to get real attention from the trainer. Reserve your child's spot before this week's batch closes. TRY IT RISK-FREE at ₹399/- only. If your child isn't excited to continue by Day 5, you've lost nothing but gained a fun week of building their skills. No pressure, no long-term commitment required to get started.

Join the ₹399 Bootcamp

CERTIFICATE SAMPLE

Commonly Asked Questions ( FAQ'S)

Who is this program designed for?

This program is designed for students aged 9-15 years who are curious about technology and want to explore Robotics, Artificial Intelligence, coding, and engineering through hands-on projects. No prior coding or robotics experience is required.

Does my child need any prior coding or robotics knowledge?

Not at all. The program begins with a 5-Day Robotics Bootcamp that introduces the fundamentals before students progress into the structured learning pathway. Everything is taught step by step.

What will my child build during the program?

Students work on exciting real-world projects such as obstacle-avoiding robots, smart traffic systems, AI-powered games, emotion recognition applications, smart home automation and other intelligent automation solutions.

Are these projects useful for school submissions?

Yes — our project-based curriculum is designed in line with CBSE's skill-based learning approach, so your child's work can often be used for school submissions as well.

How is this different from other robotics classes?

Unlike courses that focus only on assembling robots, Thirty Six Skills combines Robotics, Artificial Intelligence, Coding, and Engineering Design Thinking into one structured learning journey. Students learn not only how to build, but also how intelligent systems think, make decisions, and solve real-world problems.

Will my child receive a certificate?

Yes. Students receive a Digital certificate after the bootcamp, which is by Thirty Six Skills and STEM Accredited.

What skills will my child gain?

Students develop technical skills in robotics, coding, AI, automation, and sensors while also strengthening creativity, logical thinking, problem-solving, communication, teamwork, and innovation through project-based learning.

How are the classes conducted?

Live Online on Microsoft teams. Classes are delivered in an interactive, hands-on format where students learn by building projects, completing engineering challenges, and receiving guidance from experienced mentors. Every session emphasizes practical application over theory.

What device and language requirements apply?

Classes are conducted in English/Hinglish, and each student requires their own laptop or compatible device to participate — this is compulsory for hands-on coding and simulation work.

How will this program benefit my child's future?

As AI and automation continue to transform industries, this program equips students with future-ready technical and problem-solving skills. It provides a strong foundation for advanced STEM education, robotics competitions, innovation challenges, and future careers in Engineering, Artificial Intelligence, Computer Science, and related fields.