Information Technology - Software Engineer (Software Integration Engineer Sr)

Develop, integrate, and debug advanced software solutions across multiple environments

• Own, optimize, and troubleshoot CI/CD pipelines for fast, reliable, reproducible builds
• Engineer and maintain virtual development labs and aircraft-software workflows for agile, user-friendly operations
• Design and implement automation frameworks using the latest open-source, commercial, and proprietary tools
• Participate actively in daily scrums, sprint reviews, and technical demos-sharing insights and progress with cross-functional teams
• Collaborate with engineers, scientists, and stakeholders to resolve issues and deliver high-quality solutions, Collaborate with top engineers and scientists in a dynamic, multi-program environment
• Directly impact critical aerospace initiatives and automation infrastructure
• Grow your skills with cutting-edge technology and innovative projects
• Enhance communication, problem-solving, and technical leadership abilities

Bachelor’s degree or higher in a STEM discipline from an accredited institution

• Minimum 3 years’ professional experience in C++ and Python programming
• 1-2 years’ experience developing software on Linux (RedHat or SUSE12)
• Experience with simulation software environments

Preferred Skills

• Proficiency with CI tools such as Jenkins, GitLab, or Bitbucket
• Background in real-time software development and integration
• Experience developing in Java
• Exposure to aircraft sensors, datalinks, navigation, and weapons systems
• Familiarity with Open Mission Systems and Digital Twin environments
• Demonstrated leadership in software projects

Join a high-impact team at the forefront of aerospace software innovation. As a Software Integration Engineer Sr, you’ll drive the entire technology development lifecycle-designing, integrating, and optimizing mission-critical software across advanced aircraft systems, high-fidelity simulators, and blended lab environments. Every day offers diverse technical challenges and opportunities to shape the automation and integration infrastructure powering critical aerospace programs.