I’m a CS PhD candidate at Stony Brook University, advised by Professor Mike Ferdman. I’m broadly interested in computer architecture and FPGA hardware acceleration. My research focuses on building high-performance and power-efficient processors, mainly for datacenter workloads, spanning the stack from userspace software and the Linux kernel down to microarchitecture and RTL.
During my undergrad, I dabbled in control and embedded systems before realizing my passion for computer architecture.
My cat has her own bio too. Make your day better!
Developed and maintained RPM, Tenstorrent's open-source execution-driven CPU performance model, adding wrong-path execution, multicore, and cluster-level modeling.
Ran CPU performance and competitive analyses to find bottlenecks in flagship processor designs across key workloads, and built internal tooling, dashboards, reduced workloads behind them.
Wrote SPI drivers for TI microprocessors; developed the 3D front-panel sheet metal design for a 1U power supply.
Drew AutoCAD electrical diagrams; wrote PLC ladder logic and HMI program for a control system in power plants.