Currently building low-latency infrastructure and high-performance trading engines in Rust.

I specialize in Systems Programming. My work focuses on building deterministic, low-latency engines and async network services that handle high-throughput financial data.

• Languages: Rust (Tokio, Serde, Tungstenite), C++, Python.
• Interests: Market Microstructure, Limit Order Books, Compiler Correctness, Async Runtimes.

A multi-threaded market monitor for capturing ephemeral price spreads.

• Architecture: Zero-blocking async runtime using tokio::mpsc channels.
• Tech: Connects to Binance and Coinbase via raw WebSockets to normalize heterogeneous order book data in real-time.
• Metric: Calculates live bid-ask spreads accounting for execution fees and network latency.

A deterministic matching engine built from scratch in Rust.

• Core Logic: Implements price-time priority matching for Limit, Market, and Cancel orders.
• Optimization: Utilizes BTreeMap for O(log n) order management and efficient memory layout.
• Goal: Benchmarking Rust's safety guarantees against traditional C++ HFT implementations.

• WorldQuant BRAIN | Quantitative Research Consultant

  • Gold Level Alpha Creator: Developing high-Sharpe low-turnover predictive signals.

• CSA Dept, IISc | Systems Research Intern

  • Investigating Rust’s type system and ownership model under Prof. K.V. Raghavan.
  • Working on compiler correctness benchmarks and lambda calculus foundations.