Senior Gateway Engineer

As a Senior Gateway Engineer at BHFT, your primary responsibilities include developing high-performance trading platform gateways using Rust, reverse-engineering exchange API interfaces, coordinating technical requirements across teams, and ensuring the quality and reliability of developed solutions through comprehensive testing.

To qualify for the Senior Gateway Engineer role at BHFT, you should have over 4 years of commercial development experience in Rust or C++, with practical experience in developing exchange gateways. A strong understanding of software architecture, communication protocols, and efficient software development principles is essential.

Senior Gateway Engineers at BHFT work primarily with Rust for development, while also leveraging their knowledge of C++, Linux OS, asynchronous programming, and communication protocols like TCP, UDP, and HTTP/REST to build robust trading solutions.

BHFT ensures the quality of its trading solutions through rigorous automated testing techniques, including unit and integration tests, along with manual testing processes to maintain high standards of performance and reliability.

Yes, BHFT operates as a 100% remote organization, allowing Senior Gateway Engineers to work flexibly from anywhere in the world, fostering a modern work environment without the common constraints of traditional office spaces.

In your response, highlight specific projects where you've utilized Rust, focusing on the design of trading gateways, optimization challenges you faced, and how you addressed them through efficient coding practices.

Discuss your methodical approach to analyzing existing APIs, emphasizing your understanding of documentation, practical experience with tools, and how this informs your development of robust trading solutions.

Explain your proficiency in both automated unit testing and manual testing. Provide examples of scenarios where each method would be beneficial and how you apply them in the context of trading solutions.

Mention your commitment to continuous learning through online courses, webinars, and community discussions. Highlight any specific technical forums or industry publications you follow that keep you informed of advancements relevant to your role.

Talk about a specific instance where you encountered performance issues, the analytical methods you used to identify bottlenecks, and the solutions you implemented that resulted in a measurable improvement in performance.

Discuss concepts of asynchronous programming that you've applied in real-world scenarios, particularly within trading systems, emphasizing how they enhance application responsiveness and throughput.

Elaborate on your communication strategies, tools you use for project management, and how you ensure that all stakeholders are aligned with technical and business requirements during the development process.

Share your strategy for maintaining comprehensive and current documentation, explaining its importance for team effectiveness, and how you integrate updates into your workflow as development progresses.

Provide a detailed description of a successful project, including your role, the challenges faced, how you approached the project, and the end results that contributed value to the company.

Reflect on software development principles such as SOLID and TDD that you apply consistently in your work. Provide examples of how these principles have enhanced code quality in your projects.