about me
I'm a Mechatronics and Robotics Engineering student focused on building reliable, production-minded autonomous and embedded systems. My interests span robotics integration, perception pipelines, and software that has to work under real-world constraints, not just in controlled environments.
I approach projects and internships from a systems perspective, overseeing interactions between components, defining and maintaining interfaces, managing version control history, and actively reducing regression risk as systems evolve. I care as much about how parts fit together and scale as I do about individual algorithms or features.
I've applied this mindset through hands-on robotics development in coursework, as well as contributions to open-source autonomous driving software, where code quality, review standards, and long-term maintainability matter the most. I enjoy working in environments that treat engineering as an end to end discipline, from testing and design to deployment and iteration.
Long term, I'm aiming to work on real-world autonomous systems where performance, safety, and reliability are non-negotiable.
