Domeyard, LP is a quantitative hedge fund startup based in Boston, Massachusetts. We focus on developing low latency technologies to achieve extremely consistent, long-term capital growth enabling us to save millions of dollars for market investors each year. Our trading strategies are derived from the latest advances in high-performance computing and data analysis, making us one of the fastest market participants in the world. Domeyard operates around the clock, trading a diverse range of asset classes, including equities, futures, fixed income instruments, energy products and commodities. Innovation is our main differentiator: on any given day, we process more order messages than Google searches and Twitter messages combined. Our continuous pursuit of improvement to our technology enables us to uncover opportunities that are grossly inaccessible to mainstream fund managers and their investment vehicles. For its notable role in the industry, Domeyard is also the protagonist of Harvard Business School's first case study about high frequency trading. 

** We are offering only full-time opportunities at this moment. This is a Partner-level position, the highest title offered at this firm. By submitting your resume, you promise to keep all interview questions confidential, so as to give other candidates an equal chance. **

Setting new thresholds for modern computing

Domeyard is seeking a C++ Feed Handler Developer to work with us on the cutting edge of low latency trading technologies.

You must meet at least one of these minimum requirements:

• 5+ years of working experience in C++ in an electronic market making or HFT environment.
• Demonstrated success in architecting low latency applications in C++.

In addition, here are some of the skills that we're looking for:

• Experience developing low latency, line rate, multicast feed handlers against binary protocols (e.g. ITCH).
• Experience with NUMA-aware, multithreaded design, userspace networking, compiler and cache optimizations, and lock-free programming.
• A strong background in data structures, algorithms, and object-oriented programming in C++ '11/C++ '14.

***IMPORTANT: Please apply via the link below (takes <5 minutes)*** 

http://grnh.se/nxsh1u