I am an engineer driven by curiosity and the challenge of building complex, reliable systems. With a foundation in Biomedical Engineering and Electrical & Computer Engineering from Duke University, I've spent my career working at the intersection of hardware and software.
"I believe that the most impactful engineering happens when we bridge the gap between abstract algorithms and physical reality."
My professional expertise lies in systems engineering—specifically using C++ to build and deploy high-performance GPU infrastructure for AI applications. I manage the complexity of on-premise hardware to ensure that modern AI can run at scale, securely and efficiently.
In my personal time, I am a dedicated tinkerer. My "playground" is a sophisticated homelab where I experiment with:
This website serves as a repository for my project documentation and technical tutorials. Whether you're interested in the physics of a digital spirometer or the nuances of model quantization, you'll find my deep dives in the Projects and Tutorials sections.