Top Aerospace Jobs in Los Angeles, CA

Lead structural analysis of flight hardware, ensuring structural integrity, fatigue and damage tolerance. Oversee methodologies, perform static/dynamic analysis, and guide cross-functional teams in supporting design and testing.

The Propulsion Engineer II will design and analyze engine layout and components, control CAD/eBOM, and lead development improvements while collaborating across teams.

As a Senior Propulsion Engineer, you will design and analyze engine components, conduct layout studies, and lead manufacturing methods to improve performance. You will collaborate with multiple teams to support engine design and development for the Terran R vehicle.

The Senior Application Security Engineer will implement security controls for space systems, ensuring compliance with government standards while collaborating with engineering teams to enhance security practices and respond to threats.

The Electrical Engineer II (RF) will design RF components, perform analyses, develop test plans, collaborate with teams, and support documentation and process improvements.

As an Avionics Technician, you will assemble, integrate, and test avionics systems, collaborating with engineering and quality teams to ensure flight readiness of hardware.

Lead implementation of new manufacturing techniques, ensure manufacturability and readiness (MRL, APQP, PPAP), manage cost and yield initiatives, interface with engineering and sourcing, support production transitions, and drive DFM/lean activities to meet program milestones and quality targets.

Lead electrical design and product ownership for antenna/array feeds, passive microwave devices, and RF test verification. Manage engineering staff, set project plans and processes, provide technical oversight, supplier management, and ensure integration and verification of complex hardware for satellite and defense programs.

Design, implement, integrate, test, and maintain real-time satellite software models and hardware interface software for system-level simulators/emulators. Support software/hardware integration, produce design and test artifacts, collaborate with STE hardware teams, and provide simulation operation and maintenance support in an agile CI/CD environment.

The Lead Software Engineer will oversee the development, integration, and maintenance of embedded software for avionics systems, ensuring compliance with safety standards and managing software project functions.

Support attorneys and a regulatory manager by preparing, filing, cataloging, and managing legal and regulatory documents and timelines. File licensing applications, respond to government requests, assist with closings, and coordinate cross-functional stakeholders. Use AI tools and project/document management software to streamline tracking, research, and document categorization.

Owner of supplier quality for printed wiring boards: audit suppliers, lead failure analysis and corrective actions, perform source and first-article inspections (AS9102/FAI), use IPC and MIL standards, drive continuous improvement and supplier performance, and travel to suppliers to implement process controls and validations.

The Mechanical Engineer will design, test, and qualify spacecraft components, owning the hardware lifecycle from concept through testing and analysis.

Lead systems engineering for space sensing and ground systems: test, analyze, verify, and validate missile warning and remote sensing systems; author requirements, technical specifications, ICDs, integration and test plans; coordinate with clients and teams; support acquisition and deploy resilient space and ground architectures.

Lead electrical architecture, design, test, integration, and manufacturing for next-generation AR airborne systems. Derive subsystem requirements, perform trade studies, prototype and verify designs, produce documentation, mentor the electrical team, and ensure compliance with military environmental and EMI/EMC standards.

Senior individual contributor who defines enterprise AI architecture, builds reusable platform components and governance controls, drives observability and cost attribution, mentors engineers, and partners across Security, Legal, Data, and product teams to enable secure, measurable AI adoption.

Build and operate production AI capabilities—agents, prompts, connectors, automations, and telemetry—to improve productivity. Deliver reusable components, integrate AI with enterprise systems, enforce responsible AI controls, instrument costs and ROI, and collaborate across security, legal, data, and business teams to scale safe, measurable AI adoption.

Hands-on individual contributor building and operating enterprise AI capabilities: agents, prompts, connectors, automations, and telemetry. Partners with stakeholders to convert workflows into production-quality, secure, measurable AI solutions, create reusable components, enforce governance controls, optimize cost and ROI, and enable cross-functional adoption and observability.