Top System Engineer Jobs

Design, execute, and lead verification and user-acceptance testing for radar systems. Plan test campaigns, operate UAS and lead flight teams, collect and analyze test data, develop test equipment, and collaborate with engineering to resolve hardware/software issues and improve processes and safety.

Support development and execution of system-level hardware integration and automated tests (firmware, software, electrical, mechanical). Develop/maintain test applications, assist compliance/EMI testing, troubleshoot PCBs, support DFMEA and manufacturability, create technical documentation, and collaborate with Production, Quality, and Purchasing teams.

Support and optimize the enterprise Manufacturing Execution System (MES) across design, implementation, and sustaining phases. Work with stakeholders to define requirements, design MES functionality, develop procedures and training, coordinate validation and implementations (including data migration), monitor performance, manage improvement projects, and ensure compliance with quality, regulatory, and company policies.

Lead the development of a radio-based drone detection system, guiding multi-disciplinary teams and optimizing algorithms for signal processing and communication protocols.

The Senior RF System & Design Engineer will architect RF transceiver systems, lead HW design, simulation, and production scale-up, while mentoring junior engineers.

As a System QA Engineer, you will ensure system stability and resilience, test integrations, automate tests, and champion quality approaches.

Lead system safety activities throughout the product lifecycle, focusing on safety architecture, hazard analysis, documentation, and customer engagement on safety reviews.

Design, develop, test, and optimize system software for next-generation ARM SoCs in pre- and post-silicon phases. Analyze system-wide performance bottlenecks, recommend HW/SW policies, perform competitive workload comparisons, and drive full-stack adoption of performance optimizations across NVIDIA software and OSS SDKs.

Serve as technical lead between NVIDIA and hyperscale CSPs on GPU firmware and system software. Drive firmware update orchestration, recovery procedures, multi-GPU coordination, telemetry/health monitoring, and incorporate CSP feedback into NVIDIAs roadmap to improve fleet-scale manageability and reliability.

Lead technical engagements with cloud service providers on rack-scale system software and firmware. Drive architecture alignment, integration readiness, error handling and recovery, health telemetry, firmware orchestration, and serviceability. Capture CSP feedback, influence NVIDIA system software design, improve tooling and tests, and mitigate execution risks through early collaboration.

Develop tools for AI workload profiling and debugging in GPU clusters, collaborating with various teams to enhance performance and efficiency.

Lead systems engineering design activities for digital applications in cardiology, ensuring compliance with regulations and managing product requirements throughout the development lifecycle.

Responsible for managing IT operations, systems, and teams. Oversee project deliverables, improve processes, ensure system availability, and provide technical support in a large enterprise environment.

The Principal System RAMS Engineer develops and maintains RAMS schedules, evaluates system reliability and safety, coordinates documentation, and ensures compliance with industry standards for railway systems.

Design, develop, and debug system software for NVIDIA Halos across QNX, Linux, and hypervisors. Build BSP, boot, drivers, device management, networking, diagnostics, and I/O virtualization for NVIDIA SoCs. Ensure safety/security per ISO 26262/21434, use formal methods, optimize platform bring-up and performance, integrate Ethernet switching and automotive networking (PTP/TSN), and use AI-assisted engineering tools to accelerate development.

Design, develop, and debug system software for NVIDIA Halos across QNX, Linux, and hypervisor environments. Build BSP, boot, drivers, device-management, and I/O virtualization for NVIDIA SoCs. Use formal methods and AI-assisted tools to develop safety- and security-compliant software (ISO 26262/21434). Perform platform bring-up, performance analysis, debugging, and cross-team integration for mixed-criticality, real-time embedded systems.

Own design and delivery of full-stack billing, payments, invoicing, admin, and reporting features. Build Python backend services and web UI improvements, collaborate with product and cross-functional teams, apply AI-assisted development, ensure data integrity, reliability, testing, monitoring, and support production operations.

Support development of human-rated space station systems by performing system safety analyses (FHA, crew survivability, human error), documenting hazards and controls, assessing failure tolerance and compliance, participating in design reviews, and recommending design improvements to minimize risk to people and property.

The Senior System Test Engineer will design and implement manufacturing test solutions for embedded and automotive systems, improve production efficiency, and debug complex hardware/software issues.

Lead and sustain HPC system operations for NOAA NWS, managing schedulers and system software, troubleshooting multi-node environments, improving performance and throughput, using Linux administration, PBS Pro/Slurm, scripting (Bash/Python/Perl), MPI, and participating in 24/7 on-call rotations with occasional travel for collaboration and training.

Lead system architecture, NPI, and transition of mixed-signal electrical hardware from prototype to production. Drive DFx/DFM, system integration, validation, and cross-functional trade-offs. Perform modeling/simulation, root-cause analysis, test strategy definition, supplier coordination, and documentation readiness while mentoring junior engineers and supporting manufacturing ramp and field issue resolution.

Define and allocate system-to-software safety requirements, design and verify safety mechanisms and verification strategies (unit/integration/HIL/vehicle), perform safety analyses (FMEA/FMEDA, FTA), contribute evidence for Safety Cases, and collaborate with Systems, V&V, ML Safety, and Cybersecurity to maintain traceability across releases.

Perform benchmarking and stress testing of server and hardware infrastructure, run and evaluate provided scripts, record and document results, analyze findings and recommend testing improvements, and support lab/sandbox test environments. Collaboration with Pacific Time teammates and regular onsite work in Bellevue required.

Define and validate system-level power solutions for 48V IBC in servers: specify IC requirements, create reference designs and validation platforms, perform system-level analysis, collaborate cross-functionally, and produce application notes and datasheets.

Lead design, integration, and optimization of complex semiconductor systems. Define architectures and system specifications, perform systems analysis and testing, troubleshoot advanced engineering problems, support system integration and field deployments, work with vendors, and provide onsite/remote support.