Low-Latency C++ Systems Engineer for Trading (Linux)

NJF Global Holdings Ltd; Abu Dhabi; Presencial; AED 300 000 - 540 000; Tempo integral

Resumo da oferta

NJF Global Holdings Ltd in Abu Dhabi is seeking an experienced C++ Software Engineer to join our engineering team. You will work closely with traders, researchers and developers on ultra-low-latency trading systems.

From design to deployment, you will build high-performance Linux-based components, optimize core frameworks and help scale infrastructure to meet demanding throughput goals.

Qualificações

• Advanced C/C++ systems development experience on Linux.
• Strong background in performance tuning and low-latency optimization.
• Experience building latency-sensitive systems with low-level network knowledge.
• Understanding of hardware architecture and network protocols.

Responsabilidades

• Designing and developing high-performance C++ systems within a Linux environment.
• Building and enhancing core frameworks that support trading applications.
• Working closely with traders, researchers and engineers to deliver new technology and infrastructure.
• Benchmarking, profiling and optimisation of critical software services to maximise performance.
• Developing latency-sensitive systems with a focus on low-level systems and network performance.
• Taking ownership of projects from conception through to production deployment.
• Continuously identifying opportunities to improve scalability, flexibility and overall system performance.

Conhecimentos

C++ systems development

Linux

Low-latency optimization

Performance tuning

Network development

Hardware architecture

x86 assembly

Descrição da oferta de emprego

NJF Global Holdings Ltd in Abu Dhabi is seeking an experienced C++ Software Engineer to join our engineering team. You will work closely with traders, researchers and developers on ultra-low-latency trading systems.

From design to deployment, you will build high-performance Linux-based components, optimize core frameworks and help scale infrastructure to meet demanding throughput goals.