Senior Software Engineer - Execution Management System Integration

We are reimagining and rebuilding the core interfaces between Bloomberg's Enterprise Trade Execution platforms and Order Management systems using cutting edge techniques, technologies, and tools. Our products are next generation platforms connecting thousands of cross-asset class liquidity destinations around the world with global buy-side traders. We're not just looking to build out evolutionary improvements; we're starting a revolution that offers the performance, capacity, and flexibility to take our business in formerly unimaginable directions.

In this role, you'll be joining a team that drives the architecture of Bloomberg's integration with internal and external order management systems and execution management systems. Our mission is to design and build leading-edge platforms that are unmatched in the industry. You'll be working in an exciting, fast-paced environment where your contributions make a direct impact on the team, product, and global market. Your work will help to shape our infrastructure for many years to come as we transition to better distributed high-performance architectures that deliver speed and reliability by design.

We'll trust you to:

Rapidly absorb new technologies while building domain knowledge

Learn to solve for consistency, high availability, disaster recovery, and scalability in a distributed context

Build high throughput and low latency service-oriented applications

Collaborate with both product and infrastructure teams throughout Bloomberg You'll need to have:

4+ years of object-oriented programming skills and familiarity with functional design patterns in C++

A good understanding of concurrent data structures, algorithms, and communication

Experience collaborating and working across team boundaries to construct comprehensive enterprise-wide solutions

Experience with CI, CD and unit testing We'd love to see:

Familiarity with distributed open-source infrastructure such as Kafka, etc.

Familiarity with automated unit, integration, and system testing, particularly in containerized environments