Leonardo DRS, Inc.

Senior Software Engineer building modern TypeScript and React user interfaces alongside full-stack features for mission-critical radar and defense systems. The role is on-site and emphasizes reliable interactive applications, cross-layer debugging, and collaboration with software, systems, integration, and test teams.

Build and sustain mission-critical C/C++ application software supporting advanced radar systems in an on-site, early-career engineering role. The work emphasizes system-level interfaces, concurrency, timing-sensitive behavior, integration, and debugging rather than radar algorithms or bare-metal firmware.

Build automated test tools, frameworks, and repeatable verification workflows for mission-critical radar and defense software. This hands-on, on-site role focuses on programming, scripting, debugging, and improving regression coverage as part of the software organization.

Software Verification Engineer responsible for validating complex embedded software used in naval power conversion systems. The role combines requirements-based testing, automated test development, scripting, and coordination across engineering teams.

Senior Software Engineer developing and sustaining C/C++ application software for mission-critical radar systems. The on-site role focuses on multithreaded, timing-sensitive system behavior and cross-functional hardware/software integration rather than radar algorithms or bare-metal firmware.

Senior Software Engineer developing reliable, Linux-based backend systems for mission-critical radar and defense applications. The role centers on Rust development alongside C/C++, networking, containers, and automated build and deployment workflows.

Build Linux-based automation tools and scripts that support cyber, software assurance, remediation, recovery, and maintenance workflows for mission-critical defense systems. This hands-on, on-site role centers on Python, Bash, security scanning, and repeatable CI/CD automation.

Lead the development of real-time missile detection and tracking algorithms for advanced OPIR space payloads and defense systems. This technical authority role focuses on Kalman filtering, trajectory estimation, target discrimination, and robust multi-target tracking in cluttered environments.