Top Aerospace Jobs in Los Angeles, CA

Leads DSP algorithm development for advanced radar, modem, processor, and networking payloads from concept through flight operations. Manages engineering processes, technical roadmaps, requirements, design, verification, automation, documentation, customer support, and engineering reviews. Builds and mentors a DSP algorithms team while coordinating with hardware, FPGA, software, and program teams to deliver space-qualified digital products.

Leads and scales the Systems Engineering organization, establishing architecture, requirements, integration, verification, validation, modeling, analysis, testing, and lifecycle processes. Serves as senior system-level technical authority for complex HPM systems, drives cross-functional technical decisions, manages risks and technical baselines, develops engineering talent, and aligns hardware, software, manufacturing, test, program management, customers, and stakeholders around product objectives and milestones.

Leads the enterprise international trade compliance risk management framework, including methodology, governance, assessments, monitoring, corrective actions, risk indicators, dashboards, escalation, and executive reporting. Integrates findings from investigations, audits, consent agreements, and compliance reviews to identify systemic risks and guide remediation. Partners with compliance, ITC leadership, enterprise risk management, and digital tools teams to improve analytics, controls, and risk-based decision-making across global operations.

Leads mechanical design engineering for controllable solid propulsion systems, including rocket motors, igniters, pressure vessels, actuators, valves, and thrusters. Performs CAD modeling, GD&T, tolerance analysis, simulations, materials selection, and design optimization. Provides technical and programmatic direction while managing and developing approximately 10 engineers. Supports staffing, budgeting, performance reviews, recruitment, and engineering best practices. The role is hybrid or remote, requires U.S. clearance eligibility, and involves approximately 10% travel.

Systems Engineering Intern supporting military aircraft projects through design, validation, verification, technical engineering support, and project process input. The role works onsite in Torrance, California, as part of a multidisciplinary team. Candidates must be enrolled in a relevant engineering, mathematics, or physics bachelor’s or master’s program, maintain at least a 3.0 GPA, and be able to relocate for the internship.

Own the payload engineering model through requirements, design, build, integration, testing, qualification, and documentation. Integrate optical, LiDAR, radar, effector, avionics, and software systems; perform optical alignment, hardware-in-the-loop testing, environmental qualification, and ground demonstrations. Maintain verification matrices, risk registers, design review packages, test reports, and customer-facing qualification documentation while supporting autonomous sensing and pointing capabilities for space systems.

Supports spacecraft development from initial design through production ramp-up. Responsibilities include requirements analysis, system-level studies, risk mitigation, engineering process development, customer documentation, and system-level test planning and execution. The role collaborates with subsystem, integration, test, and program teams to resolve technical issues and improve spacecraft reliability, efficiency, and production scalability.

Design and deliver space-qualified electromechanical hardware for lunar and cislunar operations. Responsibilities include avionics enclosure and harness architecture, structural and thermal integration, grounding and bonding, flight drawing development, and custom bracket and support design. The engineer will take hardware from concept through cleanroom builds, environmental qualification, vehicle integration, and flight operations, while presenting designs at PDR, CDR, TRR, and MRR reviews.

Design and operationalize enterprise AI governance capabilities across the AI lifecycle. Translate policies, privacy, security, risk, and compliance requirements into technical controls, guardrails, automated workflows, monitoring, observability, and audit evidence. Develop AI use-case registration, classification, taxonomy, risk assessment, and shadow-AI management capabilities. Partner with Privacy, Legal, Cybersecurity, Supply Chain, and Enterprise Architecture teams to implement responsible, secure, and compliant AI systems.

Internship opportunities for students and soon-to-be graduates at a defense technology company developing AI-driven autonomy, modular open-standard hardware and software, communications, cyber, intelligence, command-and-control, and electronic warfare solutions. Applicants must be U.S. citizens pursuing a bachelor's degree in a relevant technical, quantitative, design, or finance field. Advanced degrees are preferred.