C++ Software Engineer, High-Performance Trading Systems

Tardis Group; Singapore; On-site; SGD 120,000 - 180,000; Full time

Job summary

Tardis Group in Singapore seeks a C++ Software Engineer to join a high-performance core engineering team building systems that connect trading strategies to global financial markets.

You will design and optimize low-latency infrastructure for market data capture, order execution and analytics, delivering scalable, reliable components in a fast-paced environment.

The role rewards precise coding, rigorous testing, and teamwork in a collaborative yet autonomous setup.

Qualifications

• C++ software engineering experience.
• Strong data structures, algorithms, and OOP fundamentals.
• Proven ability to write optimised, scalable code.
• Experience in performance-critical/low-latency environments; trading experience is advantageous.
• Strong problem-solving and fast-paced workflow.

Responsibilities

• Designing and building high-performance trading systems that interface with global exchanges
• Developing low-latency infrastructure for market data capture and order execution
• Optimising systems using advanced network and systems programming techniques
• Building platforms for historical data access and large-scale trading simulations
• Creating analytical tools to identify patterns and improve trading strategies
• Developing risk management and performance monitoring systems

Skills

C++

Data structures

Algorithms

OOP

Low-latency

Problem solving

Performance optimization

Tools

Linux

Python

Shell scripting

TCP/IP

Job description

Tardis Group in Singapore seeks a C++ Software Engineer to join a high-performance core engineering team building systems that connect trading strategies to global financial markets.

You will design and optimize low-latency infrastructure for market data capture, order execution and analytics, delivering scalable, reliable components in a fast-paced environment.

The role rewards precise coding, rigorous testing, and teamwork in a collaborative yet autonomous setup.