Senior & Staff Java Engineer — Low-Latency Trading

Blockchain Academics; Singapore; Sur place; SGD 120 000 - 180 000; Plein temps

Avantages offerts par ce poste

Competitive compensation

Education subsidy

Team events

Wellness allowance

Healthcare coverage

Résumé du poste

OKX in Singapore is seeking highly motivated Java/C++ Engineers to design, develop, and optimize core trading systems, including the matching engine, real-time market data gateway, and latency-sensitive components. You will work on high-availability, high-throughput architectures in a fast-paced environment, with opportunities to apply AI techniques to improve performance.

The role emphasizes hands-on coding, system design, and debugging at scale, with strong emphasis on low-latency and

Qualifications

• Expertise in Java with strong OO, concurrency, and system-level programming.
• Proven ability to develop and optimize low-latency, high-throughput systems.
• Experience with performance tuning and memory management.
• Ability to diagnose and resolve complex system issues using profiling and debugging tools.

Responsabilités

• Design and implement innovative solutions for trading products including spot, futures, perpetual swaps and options.
• Build out real-time market data gateway.
• Optimize trading architecture for low latency, high availability, and scalability.

Connaissances

Java

C++

Low-latency

High-throughput

Distributed systems

Concurrency

Performance tuning

Formation

STEM education

Outils

Profilers

Debuggers

Log analyzers

Description du poste

OKX in Singapore is seeking highly motivated Java/C++ Engineers to design, develop, and optimize core trading systems, including the matching engine, real-time market data gateway, and latency-sensitive components. You will work on high-availability, high-throughput architectures in a fast-paced environment, with opportunities to apply AI techniques to improve performance.

The role emphasizes hands-on coding, system design, and debugging at scale, with strong emphasis on low-latency and