Senior Software Engineer - Intermediation
Bloomberg
Who we are
We are the engineering team behind Bloomberg's Intermediation offering (the backbone of All-To-All trading), Bloomberg Bridge. In the rapidly evolving landscape of financial markets, the need for efficient, anonymous, and inclusive trading solutions has never been greater. The BBX team is leading the charge in revolutionizing all-to-all intermediation trading. We are bridging gaps across venues, enhancing liquidity, and empowering a diverse range of market participants through innovative technology and strategic initiatives.
Our team comprises experts in C++ and TypeScript, building robust back-end systems with intuitive user interfaces and advanced diagnostic tools. We are committed to delivering stable high-performance solutions that meet the complex needs of modern trading environments.
As a Senior Software Engineer, you will design and build performance critical systems using modern C++ and modern distributed architectures. You’ll work on highly concurrent, event-driven services and collaborate closely with engineering, product, and trading teams to deliver robust, scalable solutions in a fast-paced, high-impact environment.
What’s in it for you
Build and scale low-latency, high-throughput systems used in global financial markets
Solve complex engineering problems in a highly regulated, real-world domain
Collaborate closely with product, trading, and engineering stakeholders
Work with modern tooling, including containerized workflows and AI-assisted development tools
Highly collaborative and supportive team
You’ll need to have
4+ years of professional experience in C++
Strong foundation in data structures, algorithms, and system design
Experience building scalable, distributed or low-latency systems
Experience with multi-threading and concurrent, event-driven programming
Strong problem-solving skills and ability to operate in a fast-paced environment
Nice to have
Experience with agentic pipelines
Experience in fixed income financial markets
Experience with message queues, distributed systems, and microservices architectures