Senior Software Engineer - Electronic Trading Shared Services

We operate at the intersection of scale, performance, and reliability. As engineers, we design full-stack, distributed systems that handle high-volume, low-latency workflows while meeting the resiliency needs of global markets. Our work powers Bloomberg Terminal client applications that directly impact users worldwide, providing the shared foundation that enables Bloomberg’s Electronic Trading platforms to evolve and scale efficiently.

Responsibilities

• Build high-performance distributed systems that serve multiple trading workflows and products
• Design common frameworks and APIs that unify data exchange across applications and services
• Drive initiatives that enhance scalability, resilience, and observability across the platform
• Partner with engineering and product teams across asset classes to deliver shared solutions that power new trading capabilities
• Gain a deeper understanding of how global financial markets operate by working closely with product managers and clients

• Demonstrated enterprise experience developing software in C++ and Python
• A degree in Computer Science, Engineering, Mathematics, or equivalent practical experience
• Strong understanding of data structures, algorithms, and software design principles
• Experience designing and maintaining distributed, fault-tolerant systems
• Familiarity with CI/CD pipelines, automated testing, and agile development practices
• The ability to collaborate across teams and influence technical direction in a large engineering organization
• A strong sense of ownership and commitment to delivering reliable, maintainable, and scalable solutions

• Proficiency with modern C++ (C++17 or later) in Linux environments
• Experience with streaming or messaging technologies, e.g., Kafka
• Knowledge of service-oriented or microservices architectures
• Interest in performance optimization, reliability engineering, and observability
• Curiosity about financial markets and how technology drives trade automation and transparency