Senior Low-Latency Trading Algo Engineer

Pinpoint Asia; Hong Kong; On-site; HKD 900,000 - 1,100,000; Full time

Job summary

Leading Global Investment Bank in Hong Kong seeks an Electronic Trading Algo Developer with 7+ years of experience to design, build, and maintain low-latency trading systems and analytics platforms for a global audience.

You will partner with quants and traders to implement strategy modules, run back-testing, and incorporate AI/ML signals into live order flow, while collaborating across EMS, data feeds, and exchange connectivity to deliver cutting-edge execution algorithms.

Qualifications

• 7+ years of hands-on software engineering experience focused on trading systems and algorithmic execution.
• Strong mastery of Java within low-latency, performance-sensitive environments.
• Experience working with quant teams, market data feeds, EMS, and strategy back-testing setups.

Responsibilities

• Design, build, and maintain low-latency algorithmic trading systems and analytics platforms used globally.
• Partner with quants and traders to build strategy modules, run back-testing, and wire AI/ML signals into live order flow.
• Work across EMS, market data feeds, and exchange connectivity infrastructure.
• Build custom execution algorithms, including Wheel strategies tailored for key clients.
• Review code and mentor junior developers to uphold technical standards across the platform.

Skills

Java

C++/C#

Education

Bachelor’s or Master’s degree in Computer Science or related quantitative field

Tools

EMS

Market data feeds

Job description

Leading Global Investment Bank in Hong Kong seeks an Electronic Trading Algo Developer with 7+ years of experience to design, build, and maintain low-latency trading systems and analytics platforms for a global audience.

You will partner with quants and traders to implement strategy modules, run back-testing, and incorporate AI/ML signals into live order flow, while collaborating across EMS, data feeds, and exchange connectivity to deliver cutting-edge execution algorithms.