Jobs at Domeyard LP

Provide high-level administrative support to the founders: scheduling, travel, correspondence, event and office coordination, bookkeeping, liaising with lawyers/accountants/vendors, assist with legal/compliance filings and HR/onboarding tasks, and help produce fund marketing materials.

Develop and maintain ultra-low-latency trading infrastructure in C/C++ on UNIX. Work across distributed systems, concurrency, OS, networks, and architecture; collaborate on large codebases and trading system components (feed handlers, OMS, order execution).

Design and implement low-latency market making or liquidity-taking strategies. Build mathematical and stochastic models, analyze algorithmic convergence and boundedness, translate models into high-performance code, and collaborate with developers to deploy latency-sensitive alpha signals across multiple asset classes.

Design and implement low-latency C++ gateway infrastructure for market access. Build and optimize order-entry interfaces (e.g., FIX, OUCH), apply NUMA-aware multithreading, userspace networking, compiler/cache optimizations, and lock-free techniques. Contribute to architecture and performance tuning using strong algorithms, data structures, and modern C++ best practices.

Build high-performance GUIs to visualize massive financial data sets, develop data-driven visualizations, and iterate quickly across projects. Work intersects computer science, UI design, and finance on Mac/iOS platforms.

Design and implement ultra-low-latency C++ trading gateway components, build market access interfaces (FIX/OUCH), optimize NUMA-aware multithreaded systems, employ userspace networking, lock-free techniques, and compiler/cache optimizations, and lead related projects.

Design and implement low-latency, high-performance trading systems across distributed systems, concurrency, OS, networks and computer architecture. Develop/maintain feed handlers, OMS and order execution components (FIX), collaborate on large codebases, lead projects, and iterate on trading technology to optimize latency and reliability.

Develop and optimize low-latency trading software, design message-oriented middleware and internal APIs, integrate external protocols, identify performance bottlenecks, and build tools (numerical libraries, GUIs) to improve research productivity.