Senior Principal Algorithm Software Systems Engineer

Overview In this role you will lead the development of real-time detection and tracking algorithms for OPIR platforms, shaping robust missile tracking in cluttered environments. You will own algorithm design from concept to integration, collaborating with cross-functional teams to validate performance using simulations and real-world data. Your work will directly impact target discrimination and track custody on space and system platforms, contributing to advanced defense capabilities. This is an opportunity to apply Kalman filtering and estimation techniques at scale in a mission-critical setting. Compensation / Benefitscompetitive salarycomprehensive health benefits (medical, dental, vision)employer 401(k) planpaid time off (vacation, holidays, sick leave)tuition reimbursementflexible 9/80 schedule ResponsibilitiesServe as technical authority for detection and tracking algorithms on OPIR space payloadsLead cross-functional teams and oversee algorithm development and integrationAnalyze performance using simulations and real-world dataStay updated on new technologies in missile detection and trackingDesign, refine, and optimize real-time algorithms for detection, trajectory estimation, and track custodyImplement advanced filtering and estimation to improve accuracy and reduce false alarms in cluttered environments Key requirements10+ years of related experience (6+ years in detection and tracking algorithms)Bachelor’s or Master’s degree in physics, applied mathematics, computer science, electrical engineering, or related fieldSubject matter expert in real-time detection and tracking for defense applicationsProficiency in Kalman filtering and its missile-tracking applicationsStrong programming skills in Julia, C++, Python, or MATLABExperience with simulation tools for algorithm development and testingleadership and cross-functional collaborationstrong problem-solving and analytical thinkingtechnical communication and mentorshipKalman filteringreal-time detection and trackingtrajectory estimation