Top Engineering Jobs

Design, develop, integrate, and maintain automated and special test equipment and ground support for avionics. Create custom interface electronics, schematics, harnesses, and test fixtures. Integrate lab instrumentation, support HIL/qualification/production testing, troubleshoot hardware/software integration, and collaborate across engineering, manufacturing, and quality to ensure reliable test systems.

Design, develop, integrate, and qualify high-reliability mixed-signal avionics hardware (processor/FPGA-based circuit cards, power electronics, and comms). Lead requirements, architecture, PCB design reviews, verification/qualification and production transition. Perform reliability analyses, FMECA, EMI/EMC mitigation, testing, failure investigation, and cross-discipline collaboration with software, systems, mechanical, manufacturing, and test teams.

Design, analyze, and integrate propulsion and fluid-mechanical components from concept through test and production. Support rapid iteration, testing (ground and flight), failure investigations, DFM, and cross-functional coordination with manufacturing, analysis, customers, and partners.

The Senior Loads & Dynamics Analyst will develop loads across various propulsion systems and mentor peers, conducting dynamic and structural analyses.

The Senior Manufacturing Controls Engineer will design, implement, and maintain automation tools for manufacturing processes, focusing on custom solutions, PLC programming, HMI development, and SCADA connectivity while collaborating with various engineering teams.

Design, evaluate, and validate thermal protection system materials for solid rocket motors. Conduct lab-scale simulated experiments, develop/analyze thermal models, define bonding and mechanical properties, support material sourcing and manufacturing validation, document processes, and collaborate across interdisciplinary teams to improve TPS fabrication and integration.

Serve as technical authority and vehicle architect for a hypersonic missile/interceptor program, leading systems engineering, cross-disciplinary integration, test and flight readiness, technical risk mitigation, and mentoring subsystem leads through design reviews to production readiness.

Serve as technical owner for an avionics product transitioning to production: support hardware delivery, troubleshoot electrical and manufacturing issues, execute acceptance testing, manage production schedules, coordinate cross-functional teams, maintain configuration and documentation, and drive manufacturability and quality improvements to meet customer and program commitments.

Lead system safety engineering for rocket propulsion systems: analyze hardware and schematics for hazards, maintain explosive and radiation safety programs, review test and operational procedures, coordinate with regulators and stakeholders, prepare safety assessments and reports, and embed safety controls throughout product lifecycle.

Lead system safety activities for propulsion systems: analyze hardware and schematics for hazards, maintain explosive safety program, review test and operations procedures, coordinate training and permits, conduct safety assessments, interact with stakeholders and regulators, and produce safety reports and briefs.