Top System Engineer Jobs

Design and specify complex subsystems; lead architecture selection and prototyping; perform detailed engineering analysis and testing; support system integration, qualification, troubleshooting, and field support across electrical, mechanical, software and physics disciplines.

Design, implement, and test real-time Hardware-in-the-Loop (HIL) bench solutions, integrate vehicle controllers and plant models, develop vehicle dynamics models and instrumentation, create HIL test automation and scripting, perform electrical integration/troubleshooting, and train/support lab users.

Lead propulsion and fuel system integration, supplier oversight, and factory/delivery support for 787 aircraft. Develop and approve designs, manage specifications and testing, troubleshoot production issues, analyze performance and safety data, and coordinate across internal and external stakeholders to ensure airworthiness and timely deliveries.

Perform propulsion, engine/APU, and fuel system integration and installation analyses; produce certification and configuration deliverables; support qualification testing, troubleshoot production and delivery issues, manage supplier and fleet problems, and maintain safety and airworthiness artifacts.

Develop and maintain system-level test procedures and documentation for a U.S. Navy weapon system. Support requirements verification, on-site testing, data collection/analysis, anomaly resolution, and test reporting. Collaborate with mechanical/electrical teams, develop subsystem knowledge, and contribute to new test program planning and technical specialization.

Support the Nuclear Surety team on the LGM-35A Sentinel ICBM program through systems integration and analysis of military hardware and software. Contribute to development, acquisition, operations, and sustainment activities. Work independently, communicate effectively, and support nuclear safety/security requirements. Must be eligible for Top-Secret clearance and Special Program accesses. MBSE/CAMEO/DOORS experience preferred.

Design, build, integrate, install and launch plant controls and robotics equipment; implement new programs, manage project milestones and report to senior management; troubleshoot and improve electrical controls systems; program PLCs/HMIs and industrial networks; support existing sites and perform field commissioning (50% domestic travel).

Lead small multidisciplinary teams to design, integrate, and test RF and sensing systems (antennas, transceivers, positioners, front-end/back-end hardware and software). Define requirements, perform trade studies, develop verification and test plans, run over-the-air demonstrations, analyze performance via simulation and measurement, troubleshoot subsystems, and produce design documentation and reports for transition to low-volume products.

Lead small multidisciplinary teams to design, integrate, and test RF and sensing systems (radar, EW, signal processing). Define requirements, perform trade studies, develop test plans, conduct over-the-air demonstrations, validate performance via simulation and measurement, and prepare design and test documentation while coordinating with mechanical, firmware, software, and systems engineers.

Lead small multidisciplinary teams to design, integrate, test, and demonstrate RF and sensing systems (antennas, transceivers, amplifiers, positioners, ADC/DACs). Define requirements, perform trade studies, develop test plans, run over-the-air demonstrations, collaborate with mechanical, software, firmware, and signal-processing teams, and produce documentation and performance reports.

Design, implement, test, and operate core components of a distributed file system. Write high-performance C/C++ for kernel-adjacent and user-space storage, improve snapshots, caching, metadata, and protocol access (NFS/SMB/S3). Build HA stateful services on Kubernetes, lead design and code reviews, mentor engineers, and ensure production reliability, observability, and upgradeability.

Lead a team of electrical engineers in developing electronic control systems for high precision and reliability applications, providing technical leadership and subject matter expertise.

On-site production test engineer responsible for hands-on diagnostics, system-level fault analysis, and electronics testing of avionics assemblies. Collaborates with programs, engineering, and production to implement requirements, perform component-level troubleshooting using lab equipment, and support reliability and test processes with data analysis.

Design, develop, debug, optimize, and validate high-performance firmware and system software for on-edge IoT platforms (Linux/Android/RTOS). Build automated and unit tests, participate in architecture discussions, and collaborate cross-functionally to validate features at scale.

Lead design and implementation of a petabyte-scale unified virtual memory and system software stack for accelerator-based large-scale clusters. Build custom allocators, runtimes, schedulers, and Linux kernel/driver components. Integrate and optimize HPC workload managers, ensure high-throughput resource management, and remove kernel-space bottlenecks for massive parallel jobs.

Lead enterprise FMEA deployment and QMS effectiveness for the site, strengthen risk-based decision making, ensure ISO 9001/IATF 16949 audit readiness, manage internal and external audits, and coach teams on continuous improvement and quality governance.

The role involves designing, testing, and validating electrical systems for commercial aircraft, focusing on cabin systems integration and performance.

Lead mechanical systems design and analysis for B-52 fuels systems; develop and document mechanical, fluid, and thermal designs; prepare technical proposals and reports; supervise junior engineers; coordinate testing and cross-functional teams. Role is fully onsite in Oklahoma City.

Designs and verifies system-of-systems solutions for aircraft integration. Defines system performance requirements, performs reliability, maintainability, diagnostics, testability and system health analyses, conducts FMEA and R&M predictions/testing, manages requirements/risk/technology readiness processes, and resolves cross-functional technical issues. Position is onsite in Oklahoma City and requires U.S. citizenship and the ability to obtain a U.S. Secret security clearance.

Lead or support integration and testing of spacecraft hardware in lab and cleanroom environments. Create AI&T flows, develop and execute test procedures, use test and measurement equipment and GSE, document results, identify risks and facilities needs, and coordinate with systems engineers and external partners during spacecraft acceptance and launch operations.

Lead systems engineering activities for reliability, maintainability, and system health across complex systems. Define requirements, optimize architectures, perform R&M analyses, support verification/validation, and develop strategic approaches to improve system lifecycle performance in defense/aerospace programs.

Lead design, engineering, and release of vehicle closure subsystems. Collaborate cross-functionally to develop balanced solutions, manage Product Development Team deliverables, support validation and manufacturing integration, run design reviews and DFMEA, and ensure on-time, high-quality program launches using GM tools and engineering processes.

The Senior System Engineer (Testing) will develop and maintain test plans for F-35 systems, ensuring compliance with industry standards while collaborating with diverse teams.

Lead and execute integration, assembly, and acceptance testing of spacecraft hardware in lab and cleanroom environments. Develop and run AI&T test procedures, maintain test logs and reports, use GSE and test equipment, troubleshoot systems, collaborate with engineers and customers, and support launch operations.

Perform system safety engineering across the system lifecycle, develop MIL-STD-882 compliant safety program plans, review designs and operations, conduct hazard analyses (PHA, FMEA, FTA, PRA) including software safety, prepare safety documentation and mishap reports, support launch processing and testing, implement safety standards, and communicate safety requirements to engineering teams and stakeholders.