01. ABOUT
I am an undergraduate researcher focused on the intersection of systems, compilers, and machine learning infrastructure. My work centers on building efficient execution environments and storage architectures, ranging from designing domain-specific compilers for ML workloads to developing bare-metal operating systems.
Rather than treating software as a black box, I build tools from scratch to understand their fundamental abstractions, exploring how low-level systems design can accelerate and secure modern computing paradigms.
02. PUBLICATIONS
Published
0xC7YP70: Quantum-Enhanced ECC Cryptosystem for Adaptive Payload Distribution with Error Correction
doi: 10.1109/ICIICS63763.2024.10859501Flowing Blood Analysis & Separation: Integrating Raman Spectroscopy & Acoustophoresis
doi: 10.1109/ICPEEV67897.2025.11291246An examination of the techniques employed and the safety measures implemented in response to the surge in cyberattacks on the aviation sector
ISBN: 978-81-973274-9-0Unlocking the Future: DNA Encryption for Secure and Efficient Massive Data Storage
doi: 10.12723/mjs.sp2.19Under Review
QFT-Enhancement: A Modular Quantum-Fourier-Tensor Framework to Enhance Electron Microscope Images
PixPer (Pixels to Perception): A Multimodal VLM Framework for Satellite Image Analysis
Comparative Study on Machine Learning Algorithms for Human Activity Recognition
03. PROJECTS
Latent-Aware Compression Compiler
An MLIR-based storage compiler translating dataset schemas into a custom latent-block IR. By generating deterministic archive formats, it reduces I/O bottlenecks during model ingestion, empirically improving data loading efficiency by 40% on SpaceNet workloads.
0xC7YP70
An experimental ECC cryptosystem designed for real-time network channels. The protocol integrates adaptive payload distribution and custom error-correction heuristics to harden data transmission against emerging cryptographic vulnerabilities.
rxv6
A 32-bit instructional operating system kernel written in Rust, heavily inspired by MIT's xv6. It implements core primitives including a custom bootloader, protected mode transitions, and page-based memory management.
emberc
A minimal C-to-WebAssembly (WAT) compiler developed in Rust. Designed to explore intermediate representations and WASM code generation without relying on massive toolchains like LLVM.
Toy Scheme Compiler
A Scheme compiler built from scratch to explore functional language design. It implements a complete pipeline, from a custom lexical frontend and AST optimization passes down to a native assembly emitter.
TermLab
A terminal-based mathematical plotting utility that utilizes raw CLI graphics buffers for rapid, lightweight visualization of functions directly in the console.
SeaShell
An educational UNIX shell written in C to explore POSIX APIs, implementing low-level process management, custom signal handling, and standard I/O redirection.
FASM_SERVER
A minimalist web server engineered entirely in x86 Flat Assembly (FASM), built to study network socket programming and HTTP protocol handling at the architectural level.