Advanced High-Frequency Trading (HFT) with Ultra-Low-Latency in Rust
This course provides a deep dive into designing, implementing, and optimizing ultra-low-latency HFT systems using Rust. Students will explore market microstructure, high-speed networking, concurrency, risk management, and execution strategies, all implemented in Rust to leverage its safety and performance features. By the end of this course, students will be able to design a complete HFT system with real-time performance monitoring and ultra-low-latency trading capabilities.
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Course Duration:
36 Hours
Level:
Advanced
Course Objectives
Analyse and model market microstructure and order book dynamics.
Implement ultra-low-latency trading engines using Rust.
Optimise network I/O, memory management, and concurrency for HFT.
Develop and backtest high-frequency trading strategies.
Integrate risk management and regulatory compliance into live systems.
Apply Rust-specific performance optimizations (zero-cost abstractions, ownership, and memory safety) in HFT.
Prerequisites
Strong programming knowledge (Rust preferred, C++ familiarity helpful)
Understanding of financial markets, order types, and trading mechanics
Familiarity with Linux and networking concepts
