Top Aerospace Jobs in Los Angeles, CA

The Sales Engineer role involves guiding integration of advanced wireless networking solutions for unmanned systems, addressing technical challenges, and ensuring successful deployments while maintaining CRM documentation and customer relations.

Translate high-fidelity designs into production-quality UI components and maintain a code-based design system. Prototype interactions and data visualizations, build tooling to accelerate design-to-development workflows, iterate from user feedback and performance data, and collaborate with designers, engineers, product, and users to deliver responsive, accessible, high-density data web applications.

Perform CFD and 1D lumped-parameter fluid analyses for rocket engines, predict component and system performance, build transient and steady models, support testing and anomaly investigations, recommend design improvements, and mentor peers to grow propulsion fluid-analysis capabilities.

Perform G&C tasks for the MQ-4C Triton UAV including non-linear 6DOF simulation and linear MATLAB analysis, design and test embedded flight control software, support flight testing and post-flight analysis, maintain/develop G&C tools, and contribute to proposal and project activities.

Lead definition, configuration, and management of system and subsystem Interface Control Documents (ICDs). Define hardware, software, and data interfaces, perform functional analysis and verification, coordinate interface working groups, support Agile/Jira workflows, and communicate ICD status, risks, and impacts to leadership and customers.

Develop, maintain, and analyze integrated master schedules (IMS) for multiple programs; perform schedule, resource, work, and cost analysis; apply DCMA 14-point, EVMS, SRA, and critical path analysis; prepare status reporting and presentations; conduct IBR/JSR audits and coordinate with cross-functional and supplier teams.

Lead development and execution of dangerous goods policies and controls for air, ocean, and ground transport. Ensure compliance with IATA, 49 CFR, IMDG and international regulations, conduct audits, enable scalable transportation models, advise on lithium battery shipments, partner with regulators and senior leadership, and support new business and continuous improvement.

Lead development and continuous improvement of dangerous goods (DG) policies and controls across air, ocean, and ground transport. Serve as SME on IATA, 49 CFR, IMDG; conduct internal audits; partner with regulators, carriers, and senior leaders to ensure compliant, scalable DG shipments and enable new transportation models while reducing risk.

Create and maintain technical and requirements documentation for cryptographic and security systems, collaborate with engineers, support security evaluations and certification, manage deliverables to external evaluators, and improve requirements management processes.

Manage and analyze supplier and supply-chain data to produce spend reports, cost templates, supplier setup, vendor scorecards, and performance metrics. Maintain material metrics, perform data mining, create price maintenance templates, audit supplier data and align supply chain policies with corporate goals while collaborating with cross-functional teams.

Support product sustaining engineering by installing and maintaining ATE and functional test stations, programming/maintaining test fixtures, performing failure analysis and root-cause troubleshooting, supporting manufacturing production goals, and following ISO/6S/quality procedures.

Implement and support continuous improvement and Lean Manufacturing projects at the Mason facility. Facilitate Kaizen events, collect/process data, troubleshoot production issues, lead cross-functional teams, document processes, and deliver results using MS Office and Lean Six Sigma tools.

Lead program cost controls for the SPY-6 production and sustainment contract: produce EACs, OWP and cash forecasts, review financial reports and proposals, brief senior leaders, and improve financial processes using digital tools while ensuring policy compliance.

Responsible for managing acquisition and contracting processes within DoD, advising on contract execution, and providing guidance on compliance, strategy, and risk mitigation.

Design, implement, and maintain complex infrastructure, platform, and software systems for protected MILSATCOM terminals. Lead systems engineering activities including requirements and ICD development, integration, verification, and test. Collaborate with government, contractors, and USSF stakeholders, lead technical projects, and develop documentation and best practices. Work is on-site in a secure facility.

The Frontend Developer will build and maintain large-scale enterprise applications using Angular, lead frontend development efforts, and collaborate with cross-functional teams.

Provide requirements development and management for MILSATCOM systems: author and maintain Interface Control Documents, produce interface diagrams and data dictionaries, coordinate ICWGs, support integration and test, manage configuration control, drive technical issue resolution, align models with ICDs and cybersecurity baselines, and prepare acquisition and technical briefings for government stakeholders.

Lead and execute configuration management for MILSATCOM programs: develop and manage division-level CMPs, control and audit system changes, support ERBs/CCBs, maintain technical baselines and document repositories, assist with FCA/PCA, provide CM training, and coordinate with program managers and engineers to ensure compliance with DoD and military CM standards.

Design, implement, test, and validate firmware for microcontroller and embedded platforms that interface with sensors, actuators, DAQs, and communication buses. Lead hardware bring-up, board-level debugging, fault handling, telemetry, and HIL testing while collaborating with electrical, controls, safety, and test teams to ensure safety, reliability, and regulatory compliance.

The Manufacturing Engineer will develop manufacturing processes for nuclear reactor sub-systems, focusing on parts manufacturability, process qualifications, and collaboration across teams for design improvements.

Design and release mechanical hardware for reactor electronic systems including enclosures, racks, mounts, and cable management. Create 3D CAD models, drawings, BOMs, and PDM data. Perform structural, thermal, and environmental calculations/analyses. Collaborate with electrical, controls, manufacturing, and test teams; support prototyping, verification, supplier engagement, fabrication, deployment, and production issue resolution.