Top Engineering Jobs in Los Angeles, CA

Design, build, and optimize full-stack mobile and desktop web applications. Implement user interfaces, contribute to shared libraries, log and analyze metrics, use AI tools to accelerate development, and maintain high standards for code correctness, security, testing, performance, and scalability.

Leads the design, implementation, deployment, and support of robotic manufacturing systems for surface treatment applications. Responsibilities include customer process analysis, proof-of-concept execution, robotic cell design, custom tooling and fixture development, robot programming, AI software configuration, sensor integration, controls troubleshooting, process development, documentation, and collaboration with software, product, and AI teams. The role is approximately 50% software and 50% mechanical, mechatronics, and hardware engineering, with travel to customer sites.

Develops and implements manufacturing processes for avionics assemblies, creates work instructions/MBOMs, reviews designs for manufacturability, troubleshoots production issues, drives corrective actions, and supports NPI to full-scale production in cross-functional teams.

The Lead Design Engineer is responsible for Mechanical Flight Controls, ensuring safety and compliance with FAA regulations, providing design solutions, and collaborating across teams for aircraft safety and performance.

Seeking a Senior Design Engineer for Mechanical Flight Controls, overseeing design solutions, compliance, and troubleshooting for aerospace projects.

Design and support mechanical flight control systems for out-of-production commercial airplanes, provide engineering solutions for in-service issues, conduct analyses and design reviews, coordinate with suppliers and certification authorities, and support testing, spares, modifications, and continued operational safety programs.

Lead payload design engineering for out-of-production commercial aircraft interiors. Serve as responsible engineer on safety programs (COSP/SRP), create design solutions, run design reviews, support spares/service engineering, and provide 3-D CAD product definitions to suppliers and production.

Design and support payloads and interior systems for out-of-production commercial aircraft. Lead COSP/SRP projects, review past designs, create solutions, interface with suppliers, support spares and service engineering, and produce CAD-based product definitions. Work under minimal direction and present findings to executive review.

Develop, qualify, and implement manufacturing processes for satellite structures and propulsion. Review designs for manufacturability, create work instructions and SOPs, lead process transition from low-rate to higher-rate production, and perform root-cause analysis with engineering corrective actions.

Lead payload design engineering for out-of-production commercial aircraft: support COSP/SRP projects, create design solutions, review past engineering documents, coordinate design reviews and supplier activities, support spares and service engineering, and develop/modify interior payload systems using 3-D CAD tools.

Develops and implements manufacturing processes for satellite structures and propulsion. Reviews designs for manufacturability, creates work instructions/BOMs/SOPs, coordinates vendors, leads transition from low-rate to higher-rate production, and applies root cause analysis and process improvements. Requires second-shift work and eligibility for U.S. security clearance.

Design, implement, and deploy production-grade software and algorithms for high-DOF robotic systems in manufacturing. Work spans perception (3D reconstruction, segmentation), planning, control, and low-latency sensor interfaces. Support application teams and on-site debugging for POCs and deployments, stay current with research, and deliver robust, GPU-accelerated, production-ready systems.

The Deputy Chief Engineer will lead technical execution for a missile defense program, ensuring integrity in structural analysis and promoting cross-functional teamwork.

As a Principal Flight Software Engineer, you will lead the architecture and development of flight software for space missions, ensuring safety and reliability while collaborating on technical decisions and standards.

Seek a creative Thermal Engineer to join a multi-disciplinary team to develop thermal systems for spacecraft, performing analyses, designs, and testing.

As a GNC Engineer III, you'll manage the development of systems for spacecraft, involving design, testing, algorithm implementation, and cross-functional collaboration. You'll work on GNC software and hardware integration while supporting operational missions.

The GNC Engineer will develop spacecraft guidance, navigation, and control systems, conduct simulations, lead cross-functional teams, and mentor junior engineers.

Lead technical execution on missile defense programs, overseeing engineering performance, risk management, and system integration across multi-disciplinary teams.

The Staff GNC Engineer will develop spacecraft GNC systems, design algorithms, and lead integration efforts while mentoring junior engineers and collaborating cross-functionally.

The GNC Engineer II will develop GNC systems, algorithms, and software for spacecraft, focusing on testing, validation, and integration with other systems.

Oversee development of spacecraft GNC systems, from architecture to flight operations, design algorithms, and mentor junior engineers.

As a Staff Flight Software Engineer, you will assist in the software development cycle, integrate GNC algorithms, maintain command telemetry databases, and develop reusable driver libraries for flight hardware.

Designs and analyzes spacecraft electrical wiring and PCB interconnects (rigid/rigid-flex), generates schematics and harness/PCB drawings, performs electrical analyses and testing, supports integration, reviews data for design reviews, manages suppliers, and helps transition R&D designs into production.

Lead quality and reliability for Terran R components by embedding reliability into design and production. Develop processes, controls, inspections, DFM practices, nonconformance and corrective action workflows, and coordinate in-process verification while partnering with engineering, additive, manufacturing, test, and launch teams to scale a robust quality system.

Lead architecture, design, and integration of complex aerospace mechanical systems. Drive end-to-end systems engineering including requirements flow-down, verification & validation, control systems integration, test equipment, and field issue resolution. Provide technical leadership, collaborate with multidisciplinary teams and stakeholders, ensure designs meet quality standards, translate technical concepts for diverse audiences, and support project execution to meet scope, schedule, and performance targets.