My robotics portfolio
From LEGO robotics to Arduino, agricultural innovation and water conservation—a hands-on journey of turning my curiosity into useful technology.
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Recognition
National robotics champion, maker awards, and a place at an international science programme—the recognition my work has earned so far.
Maker residency · Goa
I started my robotics journey with LEGO robotics, Python programming and basic CAD modelling. Over the following year I went deeper—working with Arduino-based sensors and electronic circuits, programming in C++, and learning Autodesk Fusion 360 for advanced 3D design and CAD modelling.
With that year of learning behind me, I joined a one-week Makers Residency at Makers Asylum in Goa. In a team of four, guided by experienced professionals, we designed, built and programmed a robot from the ground up—developing its circuitry, testing it, working through the errors, and finally presenting the finished robot to an audience of parents, fellow participants and our mentors.
The residency moved me past theory. For the first time I applied everything I had learned to design and build a complete, working robot as part of a team.
The throughline
It started with one question I kept asking myself: Can I build a machine to solve this?
What began for me with modular robotics grew into a decade of designing, programming and improving systems with Arduino and emerging technologies.
My work now reaches beyond machines—toward farming, water, nature and responsible innovation that can improve everyday life.
“Robotics is more than a hobby for me. It is a way of seeing ordinary challenges differently.”Read my story
Four project areas
My work sorts into four areas. Each has its own case study—the problem I saw, how I approached it, what I learned and where it stands now.
My main project: a field robot I am building to bring practical technology closer to farmers, exploring how sensing, mobility and automation can support everyday agricultural work.
View case studyA device I designed to cut unnecessary water use and turn a familiar everyday action into a chance to conserve.
View case studyConnected prototypes I built to see how sensors, controllers and simple decision rules can make everyday spaces more responsive and efficient.
View case studyWhere my maker journey started: learning how movement, gears, structure and simple logic work together by building and rebuilding modular robots.
View case studyPublished 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 ↗Five acts, one throughline
My journey is not just a list of projects. It shows how an early fascination became a problem-solving instinct, and then a commitment to useful innovation.
LEGO robotics turned my childhood interest in machines into the habit of building, testing and asking better questions.
Everyday friction became a design brief for me: can a mechanism, sensor or instruction make this work better?
Arduino, sensors and programming expanded what my prototypes could observe, decide and do.
Agriculture and water conservation shifted my focus from building machines to building meaningful solutions.
The ambition
I keep going—one question, one prototype and one better solution at a time.
Let's connect
I am open to conversations about robotics, agricultural innovation, sustainability and responsible automation.
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