Hey There! I'm Brian!

I focus on decision-making under uncertainty, market microstructure, and systematic trading.

I build simulation-driven systems to understand how probability, risk, and execution interact in fast-moving markets - from order book dynamics and derivatives pricing to Monte Carlo-based strategy evaluation.

I’m particularly interested in environments where small edges, fast feedback, and iterative decision-making drive performance.

Quantitative Systems

Execution & Market Microstructure

Systems that model order flow, liquidity, and matching dynamics in exchange-style environments.

Order Matching Engine
High-performance C++ limit order book simulating price-time priority execution, order flow, and liquidity dynamics.
C++ Query Speed

Stochastic Decision Systems

Monte Carlo-based frameworks for evaluating decisions under uncertainty and partial information.

Monte Carlo Decision Engine
Multi-agent simulation engine for probabilistic decision-making under hidden information and dynamic state evolution.

Derivatives & Risk Systems

Pricing, hedging, and volatility-driven portfolio construction under stochastic market conditions.

Delta Hedging Volatility Trading System
implementing dynamic delta replication, risk tracking, and PnL decomposition under discrete-time rebalancing.

Data & Execution Pipelines

Systems for automated market data ingestion, transformation, and execution-style simulation.

Financial Data Pipeline
Automated pipeline using Selenium + scheduling + SQL for structured market data extraction and model-ready datasets.

Other Engineering Work

Continuously Variable Transmission

Dual-motor system modelling variable transmission dynamics.

Smart Trolley

App-controlled locking system for secure retail automation.

Whizz Mobility

Autonomous delivery trailer with embedded mechanical control systems.

Custom LEGO Technic - Audi RS6

Custom mechanical build modelling drivetrain and suspension systems.

Selected Engineering Work

- Market microstructure simulation (order flow, liquidity dynamics)
- Stochastic system modeling under uncertainty
- Mechanical & embedded systems (robotics, control, mobility)