Bienvenue!

I am a wireless and networked systems researcher currently serving as a Research Scholar Fellow at UC Berkeley's Sky Computing Lab, where I contribute to the SkyPilot project with Professor Ion Stoica. I have been fortunate to work with exceptional researchers throughout my journey: Prof. Tamer Nadeem at Virginia Commonwealth University during my PhD, Prof. Sylvia Ratnasamy and Prof. Scott Shenker at UC Berkeley's NetSys Lab, Dr. Juan A. Fraire and Prof. Herve Rivano at INRIA Lyon, Prof. Franck Rousseau at LIG Lab (Université Grenoble Alpes), Prof. Gil Zussman at Columbia University's Wireless & Networking Lab, and industry leaders at Qualcomm, Skylark Wireless LLC, and Bell Labs.

My work lies at the intersection of networked systems, wireless communication, distributed learning, and formal verification. My research focuses on developing techniques that enable systems to anticipate future conditions and adapt proactively rather than reactively while maintaining mathematical guarantees about performance, security, and reliability. I introduced the principle of predictive adaptation with formal guarantees: exploiting predictability in orbital mechanics, traffic patterns, and wireless dynamics to transform infrastructure from reactive to proactive systems that prevent problems before they occur. My current work focuses on developing techniques and tools that enable engineers to build adaptive systems with well-understood safety and performance properties, spanning predictive datacenter networks, space-terrestrial integration, privacy preserving and safe learning-based protocols. These techniques are deployed in production at companies including Qualcomm and Skylark Wireless, with frameworks adopted by cloud providers and protocols evaluated by satellite operators for LEO constellations. This work draws on insights and techniques from wireless communication, distributed systems, reinforcement learning, formal verification, and orbital mechanics.