I’m a hands-on engineer who thrives at the intersection of robotics, sensing, and sustainability. My work spans UAV-based AI systems, embedded mechatronics, and real-time monitoring tools—each designed to solve practical challenges in agriculture and infrastructure. I’ve led grant-funded research, mentored students, and built tools that help stakeholders reduce costs and improve outcomes.

My drive to understand, innovate, and build began with reverse engineering as a child and has evolved into a career focused on solving real-world agricultural problems through advanced technologies. Today, I lead applied research with the goal of delivering solutions that make a measurable impact in the field.

Connect with me on LinkedIn to explore collaboration, research opportunities, or professional networking.