Hudson River Trading (HRT) is seeking a Hardware Design Engineer for their 2025 graduate program. In this role, you'll work with cutting-edge technology within our distributed trading system, identifying efficient ways to perform on-the-fly transformations of market data and implement mathematical models. You'll be part of a team that builds custom, high-performance hardware in FPGA and ASIC technologies to support our global trading infrastructure.
Key Responsibilities:
- Craft sophisticated digital logic solutions with nanosecond precision
- Work on cutting-edge technology within our distributed trading system
- Identify efficient ways to perform on-the-fly transformations of market data
- Implement mathematical models
Qualifications:
- Full-time undergraduate student studying computer science, computer engineering, electrical engineering, or a related field
- Proficiency in SystemVerilog
- Understanding of FPGA and/or ASIC design flows and tools
- Excellent digital logic design, optimization, debugging, and problem-solving skills
- Knowledge of computer architecture and network communication protocols
- Familiarity with C++ and/or Python
- Familiarity with Linux operating systems and system/processor performance
- Previous internship experience in digital logic design
Ideal Candidate Profile:
- Passionate about coding, tinkering, and exploring hardware-related topics
- Thrives in a highly collaborative team environment
- Able to describe hardware designs at various levels (high-level interface to low-level algorithm/circuit)
- Quick at analyzing and fixing problems
- Enjoys working with challenging peers who push for excellence
HRT offers a competitive compensation package, including:
- Annual base salary range of $175,000 to $250,000
- Sign-on and discretionary performance bonuses
- Company-paid medical and/or other benefits
HRT values diversity and welcomes applications from candidates of all backgrounds. The company has a culture that celebrates great ideas, embraces togetherness, and promotes continuous learning and innovation.