Low Latency Software Engineer (Rust)

About Whistler Trading

Whistler Trading is a systematic proprietary trading firm founded by industry leaders who previously
built some of the most successful businesses in quantitative finance and high-frequency trading. We’re
on a mission to build elite trading systems and infrastructure with unmatched speed, efficiency, and
performance.

The Role

We are seeking a Low Latency Software Engineer of uncommon talent and drive. You should
possess a deep love for software and technology, and bring a unique combination of technical prowess
and analytical rigor to the table.

What You’ll Do

• Design and implement high-performance, low-latency software solutions using Rust
• Build elegant, efficient, and scalable systems with a focus on speed and throughput
• Collaborate closely with trading and business teams to develop custom solutions
• Analyze complex systems and business problems to create innovative solutions
• Work independently with initiative and make sound decisions with confidence

Qualifications

• 2+ years of software engineering experience, ideally at a high-frequency trading (HFT) firm
• Strong experience in Rust, C++ or other systems programming language
• Familiarity with or interest in Rust is a plus, but not required
• Experience optimizing code for nanosecond or microsecond-level latency improvements, or a
  strong interest in doing so
• Mastery of multi-threaded application design and development
• Creative problem-solving ability and strong analytical mindset
• Excellent communication and interpersonal skills in fast-paced environments
• Bachelor’s degree in Computer Science or a related field (Master’s or Ph.D. preferred)
• We highly value degrees from IIT campuses and other premier institutions, but we also welcome
  applicants who can demonstrate exceptional skill through experience and achievements

Why Whistler?

• Work with the best in the industry
• No politics, just performance
• Rapid feedback loops, real impact
• Long-term opportunity with significant growth potential