About the Team
We are building a large, proprietary hedge fund where technology is the core advantage. The goal is to remove legacy constraints and rethink financial market forecasting using modern systems, new hardware paradigms, and frontier AI. The fund operates tightly with an internal AI Research Lab; together we design and own the full stack: from research ideas to production trading systems.
About the Role
As a HFT Researcher, you will join our research team and help shape the direction of our short-horizon systematic trading strategies across global liquid markets. You will own key parts of the research-to-production pipeline and work at the intersection of modeling, market microstructure, and execution, including:
Research, prototype and iterate systematic short-horizon trading models across liquid financial markets
Build and evaluate predictive features from granular market and external data with a focus on validity and out-of-sample performance
Optimize model and execution parameters under real-world constraints (risk, capital efficiency, operational costs and performance stability)
Work with high-resolution market data and derived datasets; develop reliable features and discover new functional dependencies from empirical data
Perform rigorous backtesting and simulation that reflects real-world trading costs and operational constraints, and exchange-specific behaviors.
Collaborate with software engineers to translate research into production-ready strategies. Participate in live monitoring, post-trade analysis, and continuous improvement.
You’ll work at the frontier of real-world ML, with freedom to define problems, test ideas, and push them into live trading systems.
You might thrive in this role if you have
1+ year of experience in research for HFT or short-horizon systematic trading
Understanding of market microstructure and exchange mechanics
Solid grounding in probability, statistics, and optimization
Programming skills in Python and ML frameworks, an instinct for writing computationally efficient, clear and optimized code