01
Origin
Curiosity takes shape
LEGO robotics turned my childhood interest in machines into the habit of building, testing and asking better questions.
Five acts · One throughline
From curiosity
to purpose.
My journey, shaped by experiments, useful failures and a growing belief that technology should respond to real needs.
My methodLearn · Build · Test · Improve
01Origin02Instinct03Turning point04Purpose05Today
02
Instinct
Problems become prompts
Everyday friction became a design brief for me: can a mechanism, sensor or instruction make this work better?
03
Turning point
From models to electronics
Arduino, sensors and programming expanded what my prototypes could observe, decide and do.
04
Purpose
Technology meets real needs
Agriculture and water conservation shifted my focus from building machines to building meaningful solutions.
05
Today
My portfolio in motion
My work continues through prototypes, documentation, field learning and steady refinement.
Early chapter
Smart homes: making technology work for people.
One of my earliest fascinations has been home automation: connecting everyday devices and making them smarter. Lights, appliances, sensors, security systems and environmental controls can become part of an interconnected ecosystem where technology responds to people and their surroundings.
My goal isn't automation for its own sake. It is about building technology that is useful, accessible, energy-conscious and human-friendly. This interest in smart devices also gave me the foundation for understanding IoT — the same principles that connect a light at home can connect sensors in a farm, monitor environmental conditions, or control a water-management system.
A decade in stages
Building, breaking, learning, rebuilding.
More than a decade of experimenting has given me a unique learning journey. Each stage brought new questions. Each failed prototype brought a new lesson. Each working robot opened the door to another possibility.
LEGO→Mechanical Systems→Robotics→Electronics→Arduino→Sensors→IoT→Automation→Agricultural Robotics→Sustainable Innovation
The shift from LEGO-based construction to Arduino and programmable electronics changed my underlying question, from "what can I build?" to "what problem can I solve?" That change in mindset is the real achievement of the decade for me.
Recognition
Awards along the way.
Moments from robotics championships, maker showcases and science programmes — recognition that has followed the work rather than driven it.
Published research · peer-reviewed
Exploring blade design & size optimization in wind turbines.
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 ↗“The point is not to look finished.
The point is to keep moving forward.”
Let's connect
Interested in the
work?
I am open to conversations about robotics, agricultural innovation, sustainability and responsible automation.
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