About me
For me, robotics is not a collection of machines. It is a way to understand a problem, test an idea and make the physical world respond.
My story
LEGO robotics gave me the joy of seeing an idea move. Arduino opened a much wider world for me: sensors, electronics, code and connected systems.
Over time, my questions changed. Instead of only asking “Can I build this?”, I started asking “Who could this help?” That shift led me toward agriculture, water conservation and useful home automation.
Build enough to learn. Test enough to know. Improve enough to make it useful.
My process
The path I follow, from noticing something that could be better to a prototype that actually works.
I pay attention to everyday friction—things that waste time, water, energy or effort. When a task annoys me, or I watch someone struggle with it (a farmer, someone at home, a classmate), I ask whether a machine, a sensor or a bit of code could do it better.
I make the problem small and specific before I touch any hardware. I pick one clear use case instead of trying to fix everything at once, then decide the simplest version that could actually work.
I build a rough prototype fast, then test one behaviour at a time and watch what breaks. Every failure points to the next change—the structure, the wiring or the logic. I keep iterating until it runs reliably.
I look for evidence, not opinions: does it do the job, repeatably, in real conditions? Then I write down what I learned so the next project starts from a better place.
Recognition
Moments from robotics championships, maker showcases and science programmes—recognition that has followed the work rather than driven it.
Published research · peer-reviewed
My research paper on how blade length and wind speed affect the power a wind turbine can produce—a software simulation run across four locations in India, published in the International Journal for Multidisciplinary Research (IJFMR).
Read the full paper ↗Let's connect
I am open to conversations about robotics, agricultural innovation, sustainability and responsible automation.
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