Quantitative Research
Quantitative researcher focused on systematic trading, market intelligence, and risk-aware portfolio construction
I build research-to-execution pipelines across signal generation, backtesting, risk control, and monitoring, with experience spanning crypto, equities, market microstructure, and NLP-driven trading research.
I am a Financial Mathematics graduate student at Johns Hopkins University with experience in systematic trading, quantitative research, and market microstructure. My work combines machine learning, reinforcement learning, NLP, and statistical modeling to build disciplined trading systems under real-world constraints. I have worked across crypto and equity strategies, factor research, investor-facing performance reporting, and execution-aware research pipelines.
Focus Areas
Systematic Trading Systems
Built research-to-execution workflows covering data, signal design, risk, backtesting, monitoring, and paper/live deployment in crypto trading research.
Quant Research & Modeling
Worked on reinforcement learning, market microstructure features, LASSO, LSTM, PPCA-based arbitrage, and transformer-based behavioral finance research across crypto and equities.
Teaching & Communication
Supported students in empirical finance and crypto trading labs, and translated technical strategy capabilities into investor-facing reporting and diligence-ready materials.
Selected Projects
Research-driven projects in systematic trading and quantitative analysis.
Cross-Asset Momentum Strategy
Systematic trend-following framework across futures markets
Read case study →
Event & News Monitoring System
Real-time alternative data pipeline for systematic signal generation
Read case study →
Portfolio Risk Overlay Framework
Systematic risk monitoring and dynamic hedging toolkit
Read case study →