SoC & Embedded Systems Architecture
Chip design is civilisational infrastructure. Covers System Architecture & SoC Design, RTL Design & Verification, Embedded Software & Firmware, Physical Design, DFT & Security. From RISC-V core integration to UVM verification to secure boot architectures.
"India has the engineering talent to design world-class silicon — what it needs is architectural thinking and institutional will to lead."Read →
Building silicon is only half the story — the tooling around it decides whether that silicon ever becomes a shippable product. Over the years I have built compilers, profilers, debug tooling, and embedded firmware frameworks that help chip builders turn raw architecture into working systems, sitting shoulder-to-shoulder with SoC and chip architects and learning to think the way they think — where every register, clock domain, and power state carries downstream consequences. That proximity taught me the philosophy each discipline carries: the precision-first mindset of DV engineers, the tolerance-and-noise reality of analog-mixed-signal design, and the exacting discipline of physical design teams who treat timing closure as a craft. I follow chip manufacturing — especially photolithography — as closely as I follow software, because that's where real technology sovereignty lives, and my dream is simple, if audacious: to see a lithography machine designed and built in India in my lifetime.