HFT Infrastructure Developer

Job Description

HFT Infrastructure Developer (C++), Chinese Markets Location: Gurgaon, India Domain Focus: High-Frequency Trading / C++ Infrastructure Development for Chinese Markets Experience: Minimum 4+ years About the Role We are working with a proprietary trading firm seeking highly skilled C++ infrastructure developers to build and scale trading systems for the Chinese markets. This role is ideal for developers with proven expertise in low-latency, high-frequency trading systems who thrive in technically challenging environments. What you will do You will design, implement, and optimize performance-critical components for the Chinese markets, including market connectivity, order execution engines, and core trading infrastructure. The role requires writing high-performance, modern C++ code (C++14/17/20 or later), working with system-level programming, and deploying components that meet strict latency and reliability requirements in live trading for the Chinese markets. Responsibilities Develop and maintain ultra-low latency trading infrastructure for the Chinese markets. Design and deploy high-performance C++ systems, optimizing for throughput and low-level latency. Work on market connectivity, order execution, and trading infrastructure, ensuring stability under real-world trading conditions. Solve complex problems in multi-threaded, multi-process environments, ensuring reliability and scalability of trading systems. Qualifications 4+ years of professional C++ development experience in a high-frequency trading environment. Strong command of modern C++ standards and system-level programming. Experience building or scaling trading infrastructure specifically for the Chinese markets. Deep understanding of low-latency architecture, networking, and performance optimization. Bachelor?s or Master?s degree in Computer Science, Mathematics, Engineering, Financial Engineering, Statistics, or a related quantitative field. Terms: Full time role Competitive payout structure Clear career growth path Apply Above or Connect Directly: [email protected] Discreet conversations are welcome.