Systematic Crypto Trader - High-Frequency Markets

Autonomai Recruitment; Singapore; On-site; SGD 180,000 - 320,000; Full time

Job summary

Autonomai Recruitment represents a Global Leading crypto market-making firm seeking a Quantitative Trader to join its Singapore trading team. Design, implement and manage systematic strategies across multiple venues and assets, operating within a high-ambiguity environment where precision and speed matter.

The role focuses on building robust research processes, refining trading mechanisms, and collaborating with engineering to enhance latency and connectivity across venues.

Qualifications

• Strong academic background in Mathematics, Computer Science, Engineering, or related field.
• Experience in high-frequency or proprietary trading, ideally within crypto or other digital asset markets.
• Experience designing or supporting automated trading strategies, including multi-leg or cross-venue execution.
• Process-oriented mindset with the ability to build and refine research capability.

Responsibilities

• Deploy and refine systematic trading strategies across a multi-venue, multi-asset portfolio.
• Monitor live strategy performance and adjust parameters in response to changing market conditions.
• Collaborate with engineering teams to improve execution infrastructure, latency, and connectivity across venues.
• Conduct research into market microstructure, liquidity dynamics, and pricing inefficiencies.
• Manage position and risk limits in line with firm-wide risk policy.

Skills

Mathematics

Computer Science

Engineering

Education

Degree in Mathematics/CS/Engineering

Job description

Autonomai Recruitment represents a Global Leading crypto market-making firm seeking a Quantitative Trader to join its Singapore trading team. Design, implement and manage systematic strategies across multiple venues and assets, operating within a high-ambiguity environment where precision and speed matter.

The role focuses on building robust research processes, refining trading mechanisms, and collaborating with engineering to enhance latency and connectivity across venues.