Top Engineering Jobs in Los Angeles, CA

Design, implement, and operate critical, scalable backend services (identity, friend graph, storage). Collaborate across teams, evaluate trade-offs, test and debug, manage availability, scalability, operational excellence, cost, and participate in incident resolution.

Join Boeing's Engineering Analytics team to implement DevSecOps/GitOps practices, build and maintain secure cloud-native test environments, automate CI/CD and infrastructure-as-code, improve integration and test processes, troubleshoot tooling and deployments, and collaborate with cross-functional teams and customers on mission-focused programs.

Design, develop, and verify RF, digital, and optical satellite communications payloads. Perform system CONOPS, requirements definition, link and performance analyses, tool development (MATLAB/OOP), integration, test, and supplier oversight across program lifecycle from concept through on-orbit operations.

The Electrical Engineer for Spectacles will design PCB schematics, oversee component selection, lead technical reviews, and collaborate with cross-functional teams to develop AR glasses.

Design high-density PCBs for Snap Inc.'s Spectacles, collaborating with engineering teams on complex PCB layouts from prototype to production using Allegro PCB Designer.

Design, architect, implement, and optimize high-performance iOS camera features (primarily Objective-C). Develop and launch stable mobile features, collaborate with Design, perform code reviews, and leverage AI tools responsibly to accelerate development while ensuring performance, security, and production quality.

Design, implement, and optimize high-performance iOS features and apps using Objective-C and related technologies. Work with design teams, conduct code reviews, evaluate tradeoffs, leverage AI tools to accelerate development, and ensure performance, multithreading, and low-power optimizations for Snapchat's camera experiences.

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

Develop and improve robotic manufacturing processes, collaborate with teams for optimization, assist in implementing end-of-arm tools, and analyze manufacturing data to enhance efficiency.

Lead advanced manufacturing strategy to improve efficiency, quality, and cost. Implement new manufacturing techniques, manage IPDS/MRL/UPC goals, drive APQP/DFMEA/PFMEA/PPAP/DFX activities, support production transitions, manage cost takeout and RTY efforts, coordinate suppliers and capital needs, and provide program scheduling, budgeting, and milestone reporting.

Perform spacecraft radiation analyses (TID, SEE, DDD) and develop environment models; plan and execute radiation test campaigns; support part selection and mitigation strategies; maintain parts library; produce verification artifacts for requirements; support proposals, design reviews, and stakeholder briefings; train cross-discipline teams on survivability and reliability practices.

Lead development and integration of full-vehicle simulations and software tooling to optimize launch and orbital trajectories, perform multidisciplinary trade studies, define vehicle and trajectory requirements, and drive cross-functional collaboration to inform vehicle design and operations.

Design and lay out multi-layer PCBs (2–32 layers) from schematic review through manufacturable release. Create fabrication/assembly deliverables, set stack-ups and design rules, perform DRC/ERC, support DFM, manage component libraries, and collaborate with electrical, mechanical, and manufacturing teams to meet performance, thermal, and EMI/EMC requirements.

Lead technical authority for spacecraft EMI/EMC: set system- and unit-level EMC requirements, define grounding/bonding/shielding/filtering architectures, drive MIL-STD-461 and GSFC-7000 qualification, perform pre-compliance analysis, diagnose EMI issues, develop test capability and procedures, and establish EMI/EMC standards and mentorship across programs through production and launch.

As a Propulsion/Fluids Production Engineer, you will develop and optimize manufacturing processes for propulsion and fluid systems, ensuring efficient production and compliance with standards while collaborating with engineering teams.

As an Avionics Production Engineer, you'll develop and optimize production processes for avionics and oversee the manufacturing of hardware components for spacecraft systems.

Lead the planning and execution of aerospace hardware test campaigns including requirements verification, procedure development, data collection and analysis, anomaly/failure investigation, and test director responsibilities. Interface with leadership, customers, vendors, and regulatory bodies, author test documentation, ensure safety and standards compliance, and mentor junior engineers.

Lead technical oversight for military and commercial electric power products across lifecycle: strategy, NPI, development, qualification, production, field issue resolution, and people development. Act as Design Authority, engage customers/regulators, drive product and pursuit strategy, approve technical deliverables, and mentor engineering teams while championing transformational improvements and compliance with aerospace standards.

Lead ideation, design, development, testing, and tech-transfer of advanced solutions in air and thermal control systems. Conduct research, evaluate emerging technologies, generate IP, manage technical risks, and collaborate across global, cross-functional teams while mentoring and recruiting talent.

Perform multidisciplinary vehicle and mission-level analyses, build and maintain simulation and optimization tools, integrate design data into full mission simulations, lead trade studies and requirements definition, and coordinate cross-functional engineering teams to inform vehicle, trajectory, and operations decisions.

Lead multidisciplinary analyses and optimization for Terran R by integrating design data into end-to-end mission simulations, developing and maintaining simulation and analysis tooling, driving design trade studies, defining vehicle and trajectory requirements, and leading cross-functional collaboration to inform vehicle and mission decisions.

Develop and maintain full-vehicle and mission simulations, integrate design data, optimize launch and orbital trajectories, lead multidisciplinary trade analyses, define trajectory and vehicle requirements, and build software tooling to support vehicle engineering and cross-functional collaboration.

Lead mechanical design of avionics electronics enclosures from concept through qualification. Optimize mass, perform structural and thermal analysis, produce GD&T drawings and BOMs, iterate rapid prototypes, collaborate with electrical teams, support integration and environmental testing, and maintain design and test documentation.

Perform stress, vibration, and heat-transfer analyses for turbomachinery, heat exchangers, and electric motors using FEA and analytical methods. Provide technical oversight, validate requirements, support testing, lead design reviews, mentor junior engineers, manage risk, and drive process improvements and corrective actions.

Develop and optimize production processes for spacecraft mechanical structures, ensuring efficient manufacturing and integration while collaborating with engineering teams.