I graduated in 2025 from BITS Pilani, with a dual degree: a Bachelor of Engineering in Electrical and Electronics, and a Master of Science in Physics.
During undergrad, I worked on atmospheric water vapor retrieval from satellite occultation data at the Space Applications Centre (ISRO), finger flexion estimation from neural recordings at CSIR-CEERI, and peri-urban area estimation and arrhythmia classification at BITS Pilani. The work was guided by Prof. Manik Gupta, Prof. Rajesh Tripathy, and Dr. Satya Prakash Ojha.
As part of my undergrad I interned at Texas Instruments and Google. At Texas Instruments, I worked on developing an assertion-based formal verification IP for a real-time microcontroller platform, with a focus on reusable, property-driven verification infrastructure. Alongside this, I spent some time exploring whether graph-based representations of finite-state machines could be fed into GNNs to reason about protocol behavior, more out of curiosity than conviction. At Google, I worked on infrastructure for generating and integrating subsystem-level RTL based on architectural configuration. The work touched the full spectrum of auxiliary logic bring-up, covering power intent, clock/reset domain crossing, linting, and register collateral, and gave me a systems-level view of how large SoC blocks are stitched together.
I now work full-time at Google as a Silicon Engineer, as part of a first-party cache-coherent interconnect design team. At its core, this is the hardware that keeps a chip's processors, memory controllers, and accelerators in agreement about what is in memory. My work spans microarchitecture, RTL implementation, and power estimation alongside maintaining general design plumbing flows.
- Aug 2025Joining Google as a Silicon Engineer.
- Aug 2025Graduated with a BE Electrical and Electronics & MSc Physics!
- Feb 2025New work at IEEE Access out!
- Jan 2025Joining Google as a Hardware Engineering Intern.
- Jul 2024Joining Texas Instruments as a Digital Design Intern.
- Jan 2024New work at IEEE GRSL out!
- Nov 2023New work at IEEE TGRS out!
- Aug 2023Ravi Bhushan presented our poster at ACM COMPASS.
- Apr 2023New work at IEEE IGARSS accepted!
H1 2026
- The Power Law — Sebastian Mallaby
- The Thinking Machine — Stephen Witt
- The Infinity Machine — Sebastian Mallaby
H2 2025
- If Then — Jill Lepore
- How Countries Go Broke? — Ray Dalio
- The Hard Thing About Hard Things — Ben Horowitz
H1 2025
- Chip War — Chris Miller
- Apple in China — Patrick McGee
- More Money Than God — Sebastian Mallaby
IEEE Access · 2025
SERN-AwGOP detects atrial fibrillation from ECG with high accuracy, robustness to noise, and strong cross-dataset generalization.
IEEE Geoscience and Remote Sensing Letters · 2024
RBF-SVM model maps peri-urban expansion near Hyderabad, revealing 108% growth.
IEEE Transactions on Geoscience and Remote Sensing · 2023
ANN model retrieves atmospheric water vapor from COSMIC-2 data, outperforming existing methods.