Top System Engineer Jobs

Lead physical integration and packaging of structural, mechanical, fluids, and avionics subsystems for New Glenn ground systems. Create and maintain interface control drawings and models, define and manage vehicle-payload interfaces, conduct configuration reviews, and coordinate across development teams to support design reviews, manufacturing, testing, and safe human-capable launch operations.

Develop system safety and reliability products (FHAs, FMECA/FMECA, FTAs, reliability predictions) for avionics hardware; ensure traceability between functions, requirements, and safety artifacts; support lifecycle development, collaborate with Vehicle Systems and NASA partners, and influence hardware requirements to enable safe, reliable lunar operations.

Lead design, development and maintenance of cross-platform C/C++/Qt build systems and toolchains. Automate workflows with Python and scripting, manage GCC/MSVC toolchains, maintain gmake/Bazel builds, integrate CI/CD (Jenkins/GitLab/Bitbucket), troubleshoot complex issues, and mentor junior engineers.

Lead the architecture design and R&D in synthetic data and simulation systems for autonomous driving and robotics, ensuring high-quality data generation and closed-loop simulations.

The GNC Engineer will support integration, testing, and validation of Navigation systems in aircraft, focusing on GNSS components, simulation studies, and algorithm development.

Senior technical authority for board and system hardware design of high-speed networking and AI platforms. Lead architecture, schematic and PCB reviews, PDN and thermal strategies, SI/PI review, hardware bring-up, debugging, manufacturability, and production transitions while advising customers and influencing product and silicon/platform roadmaps.

Serve as systems engineer and ADS Scrum Master for an intel-focused application team: liaise with government stakeholders, run Agile ceremonies, manage UAT and functional testing, maintain system documentation and records, provide helpdesk/user support, coordinate schedules/risks, and support demos, training, and stakeholder engagement.

Lead verification and testing of NVIDIA-Cumulus Linux on Spectrum-series switch platforms. Develop test plans, execute functional and platform bring-up tests (Layer 1-3), report and validate defects, build automated test suites and CI-based regression, and collaborate with cross-functional teams to qualify switch firmware, hardware, and telemetry features.

Provide engineering support for gas transmission and distribution projects: perform hydraulic modeling and design-day analyses, specify materials/equipment, maintain station capacities and design-day models, support permitting and regulatory compliance (CFR 49 Part 192), validate as-built records, update engineering drawings, assist operations in emergencies and project execution, and manage contractor/material verification.

Lead and perform advanced power system studies (transient/voltage stability, insulation coordination, electromagnetic field, GIC, power quality). Develop and validate dynamic and power-flow models, calculate electromagnetic interference, support planning/operations/regulatory needs, represent AEP in RTO model-building, and mentor/train SPA team members.

Design, implement, and validate dynamical battery models and BMS control and state-estimation algorithms in MATLAB/Simulink. Lead system identification experiments, define BMS performance and hardware interfaces, enable Simulink-based code generation for embedded deployment, and integrate controls into a system-level digital twin. Support limited travel for prototype bring-up and testing.

Lead design, prototyping, and testing of the hydrogen management subsystem for iron-air batteries. Build analytical fluid models, validate first-of-a-kind prototypes, enable design for high-volume manufacturing, engage vendors, collaborate with controls/electrical teams, mentor junior engineers, and work with compliance to achieve safety certification.

Design, prototype, and test subsystems of the hydrogen management system for iron-air batteries. Collaborate with cross-functional teams, engage vendors, validate designs via prototyping and testing, and transition systems to high-volume manufacturing while championing safety and manufacturing cost/quality optimization.

The Lead Engineer specializes in reactor thermal-hydraulic and neutronics models, ensuring integration with plant design. Responsibilities include maintaining simulator models, performing analyses, and developing scenarios for plant operations.

Provide system-level product definition, silicon evaluation, application support and design-win enablement for analog/mixed-signal ICs. Interface with design, product, test, packaging, marketing and customers to troubleshoot, ramp products, create technical literature, and drive revenue and product roadmaps.

Lead system verification for optical networking products: define test strategy, design test plans, automate Python-based regression and CI/CD pipelines, validate northbound interfaces (Netconf/gRPC/CLI/SNMP/REST) and DWDM/OTN features, run regression and sanity tests, produce release reports, and mentor junior verification engineers while collaborating with HW/SW and architecture teams.

Hands-on test engineer responsible for designing and executing system-level testing, commissioning, and field validation of Battery Energy Storage Systems and microgrids. Build test setups, operate diagnostic equipment, troubleshoot integrated systems, ensure compliance with UL/IEC/NEC standards, coordinate certifications, and collaborate with cross-functional teams to improve reliability and testing processes.

Support the build, fabrication, assembly, and integration of test stands for engine and component test facilities, focusing on safety and continuous improvement.

The role involves developing and optimizing system software for autonomous driving platforms, integrating sensors, and collaborating across teams.

Support and maintain FX single-dealer trading and algorithmic platforms: monitor infrastructure, troubleshoot complex issues, automate processes, enhance monitoring, manage capacity/resiliency, lead incident response, and collaborate with stakeholders to ensure uninterrupted trading operations.

Lead system safety engineering for aerospace programs: perform qualitative and quantitative safety analyses (FHA, SSA), apply MIL-STD-882/ARP4761 and relevant AC guidance, oversee requirements, V&V, MBSE integration, communicate status to customers, mentor teams, and manage technical risk and lifecycle activities.

Lead system safety engineering for a commercial-derivative aircraft program: plan and perform qualitative and quantitative safety analyses (FHA, SSA), apply MIL-STD-882/ARP4761 and AC 25.1309, advise engineering teams, communicate status to customers, integrate MBSE/V&V practices, manage risks, and mentor junior engineers.

Plan and execute system-level test events for control-segment hardware and software. Ensure system readiness, perform software installs, troubleshoot anomalies, maintain configurations, and author test procedures. Provide SME support during tests and coordinate with test and quality engineering.

Lead system test activities for the control segment: ensure system-under-test readiness, provide SME during test events, troubleshoot and document anomalies, perform software installs and configuration management, author procedures, interface with management, schedule and lead RCA activities, and act as conduit between the control segment and enterprise.

Designs, plans, executes, and analyzes system-level tests for electronic, mechanical, electromechanical, or software systems. Develops and reviews test procedures, supports formal/non-formal test events, documents discrepancies, performs post-test analysis, and communicates results. Works on-site, may support multiple shifts, and requires involvement with lab artifacts and test automation.