I'm a robotics engineer passionate about designing intelligent systems that solve real world problems. With a Master's in Robotics from the University at Buffalo, I've built a strong foundation in autonomous systems, computer vision, and artificial intelligence, grounded in hands-on experimentation and real-world deployment.

My work in computer vision has involved developing algorithms that enable machines to perceive and interpret their surroundings, from object detection and tracking to semantic understanding of dynamic scenes. I believe vision is at the heart of intelligent behavior in robots.

I thrive at the intersection of software and hardware where code becomes motion and algorithms must adapt to dynamic, uncertain environments. My experience has shaped my ability to think both analytically and creatively, translating complex concepts into robust, reliable systems.

I'm driven by the opportunity to learn, to collaborate with purpose-driven teams, and to build technologies that make a tangible impact. To me, great engineering is about more than just precision. It is also about curiosity, persistence, and a deep understanding of how systems behave beyond the lab.

At my core, I enjoy solving hard problems, building systems that move and see, and continuously growing through each project, conversation, and challenge I take on.