UNDERSTANDING FIRST · BUILDING SECOND
From the mathematics of the physical world to the architecture of modern software — I'm driven by understanding before implementation.
FIRST PRINCIPLES
I enjoy breaking complex systems down to their fundamentals before building them back up. Whether I'm working on rendering pipelines, machine learning models, or distributed systems, my approach stays the same: understand the underlying mechanics first, then engineer solutions that are elegant, performant, and reliable.
01 · CURIOSITY
Good engineering rarely starts with code. It starts with understanding. I enjoy breaking problems down to their fundamentals, questioning assumptions, and building a clear mental model before searching for solutions. The more deeply I understand a system, the simpler the implementation tends to become.
02 · PERSPECTIVE
Physics taught me that complex systems are often governed by a few simple principles. I enjoy looking beyond disciplines to uncover the patterns and ideas that connect them, shaping how I approach every new challenge.
03 · GROWTH
For me, learning isn't about collecting technologies — it's about expanding the way I think. Every unfamiliar idea is an opportunity to challenge my assumptions, deepen my understanding, and grow through curiosity.
EDUCATION
The physics degree is the base layer — everything else on this page is built on top of it.
2024 — 2028
NEW DELHI, INDIA
B.Tech. in Engineering Physics
Physics taught me that the universe is governed by a remarkably small set of elegant principles. Understanding those principles — and the mathematics behind them — changed the way I think about every complex system I encounter, whether in nature or in software.
AREAS EXPLORED
CURRENTLY — SURA RESEARCH · HADRON ID ON CMS OPEN DATA
SELECTED WORK
A collection of projects exploring graphics, machine learning, systems, and computational physics. Each one reflects a different challenge, a different lesson, and a different way of thinking.