I’m an experimental physicist and systems engineer with over two decades of experience in ultra-precise instrumentation, control systems, and optical sensing. My work has spanned academic research and large-scale international collaborations—including the Nobel Prize-winning detection of gravitational waves—where I’ve led efforts in laser stabilization, adaptive optics, and thermal compensation systems.

What drives me is building real, working systems that solve complex physical problems. I thrive at the intersection of theoretical insight, hands-on engineering, and collaborative problem-solving.

I'm known for delivering clear technical communication and for mentoring early-career scientists and engineers. Whether I'm debugging in the lab, analyzing data, or writing software to automate an experiment, I’m focused on precision, clarity, and impact.