FPGA Software Engineer

As an FPGA Software Engineer at Hudson River Trading, your primary responsibilities include designing and optimizing low-latency trading systems, collaborating closely with strategy and hardware developers, and building tools and testing infrastructure. You'll also be tasked with deploying and monitoring live trading systems while conceptualizing new trading methods that enhance our operations.

To qualify for the FPGA Software Engineer position at Hudson River Trading, candidates must have a bachelor's degree in Computer Science, Engineering, or a related field. Expertise in C++ is essential, along with strong problem-solving abilities and familiarity with UNIX operating systems, particularly Linux. Previous experience with Verilog and FPGAs is preferred but not strictly necessary.

Hudson River Trading fosters a culture of continuous learning and development, offering FPGA Software Engineers the opportunity to collaborate with experts across various fields. With a commitment to openness and innovation, HRT encourages employees to share ideas and pursue growth through hands-on experience, training, and challenges that promote skill enhancement.

The work environment at Hudson River Trading is dynamic, collaborative, and innovative. FPGA Software Engineers find themselves in a fast-paced atmosphere where teamwork is highly valued. HRT promotes a culture of camaraderie, often engaging in social activities alongside professional work, making it a truly enjoyable place to advance your career.

The estimated base salary range for an FPGA Software Engineer at Hudson River Trading is between $175,000 and $250,000 per year. This range depends on individual job-related skills and experience, and employees may also earn performance-based bonuses and enjoy a competitive benefits package.

Describe specific projects where you utilized C++ to develop software solutions. Highlight any challenges you faced and how you overcame them, emphasizing your problem-solving skills and ability to optimize code for performance.

Explain your debugging process, including tools you use and strategies for identifying issues in code. Discuss a specific instance where you successfully debugged a complex issue, showcasing your analytical skills.

Discuss your communication strategies, how you integrate software and hardware development processes, and examples of successful projects where cross-discipline collaboration was key to achieving objectives.

Talk about your knowledge of Verilog, including any relevant projects. Discuss how you have applied this knowledge to design hardware solutions that complement software systems, showing your understanding of both worlds.

Provide a detailed account of a situation where you improved the performance of an application. Include specifics on the tools used, the metrics for success, and the ultimate impact of your optimization work.

Discuss the systematic methodologies you employ, such as testing protocols, monitoring processes, and disaster recovery plans that keep trading systems operational and efficient.

Identify specific tools or protocols you've effectively utilized for network communication in FPGA environments. Discuss how these choices played a role in performance enhancements or project success.

Share your dedication to professional development by discussing any relevant courses, workshops, or conferences you attend. Mention any communities or forums you participate in to keep abreast of the latest trends and technologies.

Explain your testing strategies, including unit testing, simulation, and integration testing. Provide examples of how thorough validation processes have led to successful project outcomes.

Describe your collaborative approach to problem-solving, including how you incorporate different perspectives, facilitate discussions, and arrive at effective solutions as a team.