Top Engineering Jobs

Provide on-site electrical and avionics engineering support for C-17 maintenance: troubleshoot, investigate damage, develop repairs and dispositions, support design improvements, liaise with production/customers, document cybersecurity artifacts, and participate in reviews and metrics to return aircraft to mission-ready condition.

Design, architect, implement, and test simulation software and virtual environments for flight trainers. Lead integration, validation, and documentation of simulation models, mentor junior engineers, support proposals, and work within agile teams to deliver simulation subsystems and tooling for training systems.

Designs and optimizes production workflows, facility and equipment layouts, and standard work to improve efficiency. Performs capacity analysis, line balancing, cost and inventory studies, and trend analysis. Leads continuous improvement projects and provides time standards and training to production personnel.

Join the PAC-3 Seeker Processor IPT to define processor requirements, architecture, interfaces, and ensure integration with electrical, mechanical, and software teams. Support requirements management, testing, troubleshooting, manufacturing compliance, and project schedule milestones while applying modeling, simulation, and industry standards to deliver a reliable processor subsystem for the missile seeker.

Lead technical strategy, design, integration, and test of high-energy laser (HEL) and electro-optical systems. Provide system architecture, modeling/simulation, risk assessments, integration/test plans, laser hazard analysis, cross-disciplinary coordination, mentorship, and customer engagement for HEL deployment and sustainment.

Lead systems engineering for the B-52 Radar Modernization Program, driving system requirements, interface control, integration, verification, trade studies, risk assessments, and test activities. Provide technical leadership, mentor engineers, collaborate with cross-functional teams, and oversee hardware/software integration and ground/flight testing to meet customer and regulatory requirements.

Design and validate thermal products (MLI and protection) and mechanical/fluid subsystems for government and commercial satellites. Perform 3D product definition, thermal/mechanical/fluids analyses and testing, manage suppliers, and develop design/analysis tools and future concepts to meet program requirements.

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 multiple projects within Advanced Mission Systems, coordinating suppliers, software/integration teams, and customers. Manage proposals, estimates, SOWs, budgets, and schedules; perform systems analyses, define requirements, ensure interoperability, and support certification, safety, affordability, and program management activities.

The role involves designing, implementing, and testing guidance, navigation, and control algorithms for aerospace vehicles, along with developing simulation models and flight software using MATLAB and C/C++. Candidates will collaborate with cross-functional teams to deploy systems in testing and operational phases.