We are seeking a Systems Engineer with a strong SW background to support the development of automated Hardware-in-the-Loop test capability for mission-critical advance compact electronic systems. This role involves automated verification, system-level testing, and collaboration with cross-functional teams to ensure high reliability and performance. This is a fully onsite position at BAE System's Canal Street facility. Responsibilities include: - Liaison with a partner organization to leverage an existing automated test environment - Configure and maintain test environments in the target facility - Work with Systems Engineers and Electronic Warfare SMEs to automate existing procedures and analysis - Perform verification and validation of software and hardware components. - Develop and maintain automated test scripts. - Collaborate with Software Engineering team to leverage new automated test environment into CI/CD pipelines Because of the need for consistent, in-person collaboration and/or the requirement to perform all work onsite due to the nature of this particular role, it will be performed full-time on site. This means work will be conducted on location at a BAE Systems facility 100% of the time This position will be posted for at least 5 calendar days. The posting will remain active until the position is filled, or a qualified pool of candidates is identified. Required Skills and Education - Bachelor's degree in science, technology, engineering, or math field, with 2+ years of experience - Active SECRET security clearance - Programming skills in C/C++ or Python or MATLAB. - Capable of learning/using version control systems (Git, Gitlab) - Comfortable working in an engineering lab environment and being hands on with test instrumentation - Excellent problem-solving and troubleshooting abilities. Preferred Skills and Education - Experience with the Ruby programming language - Familiarity with RF Test Equipment and RF measurement techniques - Knowledge of automated testing frameworks - Signal processing and data acquisition techniques