About Me

I'm Anindya Kishore Choudhury, an engineer and researcher passionate about computer architecture, VLSI design, and hardware–software co-design. I work at Caspia Technologies (FL, USA), focusing on hardware verification and design automation. I began by verifying open-source cryptographic IP cores and DDR memory controllers, building automated verification pipelines, and optimizing FPGA toolchains. Currently, I integrate memory models with RISC-V RV64G cores, explore cache architectures, and validate processor behavior.

My research aims to make chip design more reliable and private through AI-assisted verification. I develop frameworks to automatically analyze RTL code and assist engineers in debugging while maintaining data privacy. My undergraduate thesis focused on quantum error correction, designing encoders for Steane codes and evaluating concatenated ECC performance in one-way quantum repeaters.

I also serve as a Lecturer in Electrical and Electronic Engineering, teaching microprocessors, electronics, and communication engineering, and mentoring students through hands-on design projects. My goal is to create intelligent, secure, and efficient hardware systems that bridge computation and automation.