Hands-on Robotics Workshops and Student Projects
Step into our lab to see how we turn curiosity into functional engineering. From competition-winning bots to real-world problem solvers, this is where my students build the future, one circuit at a time.
My students are gearing up for the Technoxian competition with their Black Line Follower Robot. It's all about precision, speed, and passion.
For Independence Day, my young innovators built a motorized flag hoisting mechanism. It was a moment of freedom to create, explore, and build a brighter future.
Every great inventor starts small. Here, I'm guiding a young student, helping him ignite his imagination and invent the future.
This image captures the essence of my lab: a place that brings innovation. My students are always busy building, coding, and creating.
This reel shows the Robonauts in action, building everything from ball shooter bots to AI dance machines. They are rewriting what's possible.
We made the news! Be a Robonaut was featured on News18 for our AI Rakhi and Facial Recognition Gift Box, proving that robotics is already here.
Huge congratulations to Avyay, Rohin, and Vivaan for securing 3rd place in the Avishkar Innovator of the Month competition with their Superbot.
Grand winners! Aiza, Taksh, Nirvaan, and Ivaan bagged the Avishkar Innovator of the Month title with their incredible Superbot, "Roborath."
Weekends at my lab are a playground of innovation. From gears grinding to bots dancing, my students are building the future, one wire at a time.
Raahitya, Kriyansh, and Zeheb are the clean-up crew of the future with their brilliant mopping bot. It's a project powered by logic and built with passion.
About Our Robonauts in Action: Workshops & Competitions
When a robot shakes or tilts during a test run, I do not fix it for the student. I stand back and let them diagnose whether the issue is a loose wire, a faulty gear ratio, or a logic error in their code. This is not about following a manual, it is about developing the technical grit to fix what you create. That moment when a child finally sees their machine move perfectly is the goal of every session in my lab.
My Pitampura lab is where students from across Delhi NCR come to move beyond toy kits and into real engineering. Whether we are prepping for the Avishkar Innovator competition or building an automated mopping bot to solve a household mess, the process remains the same: identify a problem, design a mechanical solution, and code the logic to make it work.
I run an engineering-first curriculum that covers Arduino microcontrollers, mechanical torque, and sensor integration. We do not rely on simulations because physical errors are the most honest teachers. My students learn to handle actual tools, including Allen keys, spanners, and screwdrivers, alongside C++ programming. This is a space for kids who want to stop watching videos about tech and start building it. If you want your child to learn how systems actually function, from gas detectors to robotic arms, this is the place.
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