About

My story

My interest in technology grew out of a plain desire to fix things that were actually broken — not in a lab, but in the places I grew up around: hatchery ponds, farm plots, small workshops. Electronics and robotics gave me a way to turn that curiosity into something that worked, so I kept pulling circuits apart and putting them back together until I understood why they behaved the way they did.

That habit became a practice. Over eight years I've worked through more than 40 technology and innovation projects, moving across automation, embedded systems, robotics, renewable energy, smart agriculture, and aquaculture technology — not because I set out to cover every field, but because each new problem kept pulling me into the next one.

The project I'm most known for is the Automatic Fish Breeding Machine (AFBM) — a smart, hormone-free aquaculture system that recreates the natural conditions fish need to breed, through automated control of their environment. Alongside it I've built UAVs, robotic vehicles, home and industrial automation systems, smart irrigation, solar tracking, renewable-energy devices, and several robotic platforms, each one a step in the same direction: fewer ideas stuck at the concept stage, more of them running in the field.

Outside the workshop, I host and present at innovation events, speak to student and community groups about technology and science, and stay hands-on with agricultural and farming work — the same fields that shaped my early questions about automation. I also give time to community and social initiatives, because the problems worth solving are rarely only technical ones. My mission, in the end, is simple: use research and invention to address real problems and leave something that actually works.