I build technologies that align public benefit with first-principles engineering.

I specialize in sustainable engine development for escaping Earth’s gravity and moving vehicles on it. As a doctoral student in both Mechanical and Aerospace Engineering at MIT, my research addresses propulsion technologies at the intersection of performance, energy demand, and societal impact.

Conducting research at MIT

At MIT, I conduct product-oriented research grounded in technoeconomic constraints, first-principles analysis, and mechanical design. My work cross-pollinates across departments and collaborates with industry partners, with a focus on delivering engineering solutions that address societal needs rather than stand-alone scientific results.

The leitmotif of my professional path

I have built my technical foundation by embracing eclectic experiences and simply saying "yes" to learning something new. This mindset allowed me to bridge the gap between rigorous coursework and high-stakes industry applications, ensuring I never stop expanding my technical horizons.

Developing “Raptor” at SpaceX

My time at SpaceX forged my engineering DNA: the art of the smart assumption, identifying the point where modeling must yield to testing, and executing at a relentless pace. Operating within high-pressure tiger teams transformed my technical intuition into a bias for action.

Athletics are a core part of who I am

My background is rooted in ski racing, where I reached the Olympic standard, and that drive for performance has stayed with me. Whether I’m on the rugby pitch, competing in triathlons, or playing pick-up soccer, I rely on sports to stay balanced. I make sure to leave room for the fun side of the sport (like the pondskimming shown below) because movement is my favorite way to decompress.