I'm an engineer building EDA tools - the software that helps people design and verify hardware. Hardware design can be hard and I like building tools that the process a little easier.

I recently graduated with a PhD focused on making SRAM-based FPGAs more dependable in radiation-prone environments. I worked on detecting failures in mitigation IP, making fault-injection campaigns cheaper, and using machine learning to find the bits that are more susceptible to radiation errors. You could find an overview of my thesis on the Research page.

I'm currently working on designing a more autonomous EDA, specifically for FPGAs. Some of the tools I've built can be found on the Tools page. I like to read, write, dance, watch movies and paint. My writeups on my hobbies can be found on the Bookshelf and Note.