Top System Engineer Jobs

Design, configure, and maintain cloud infrastructure across Azure and AWS. Own IaC (Terraform, Ansible, PowerShell) and CI/CD pipelines, integrate source control and automated testing/security, implement governance and hybrid cloud solutions, deploy generative AI services, monitor performance, support disaster recovery, and collaborate with cross-functional teams to ensure secure, scalable, and compliant cloud platforms.

Leads multidisciplinary test and measurement programs for mechanical, electrical, and mechatronic systems. Designs and integrates test fixtures, instrumentation, controls, data acquisition, and automation systems; develops test strategies, plans, and procedures; executes and analyzes validation and reliability tests; and provides engineering recommendations. The role also mentors engineers and technicians, coordinates suppliers and stakeholders, supports commissioning and qualification, and applies statistical and reliability methods including Weibull, HALT, HASS, and failure analysis.

Conduct system integration and testing for embedded hardware, firmware, and wireless communication products. Develop test plans, evaluate new features, troubleshoot customer and field issues, support demonstrations and sales engineering, perform technical analysis, and provide systems integration support. The role is fully onsite in Irvine, California, with occasional domestic and international travel of up to 25%.

Leads site IT operations and systems engineering for server infrastructure. Installs, configures, monitors, secures, troubleshoots, and maintains Linux and Windows systems, applications, and management tools. Develops system architectures, engineering plans, technical documentation, and integration testing. Serves as site lead, guides geographically separated IT teams, maintains configurations, and resolves complex system problems. Requires extensive systems engineering experience, Ansible, OpenShift, Red Hat Linux, Windows Server, SQL, SCCM, Active Directory, and an active TS/SCI clearance.

Lead the specification, integration, commissioning, and qualification of autonomous manufacturing stations, robotic work cells, automated tooling, PLC-controlled equipment, and material-handling systems. Define requirements, select and evaluate vendors, develop layouts and interfaces, troubleshoot mechanical/electrical/controls issues, support DFM/DFA, and document station configurations and acceptance criteria.

The role involves managing system-level requirements for safety-compliant sensing products, developing safety documentation, automating processes with Python, and collaborating with cross-functional teams.

Develop and evaluate system safety, reliability, and risk processes for Blue Origin’s New Glenn orbital launch vehicle and facilities. Perform reliability modeling, safety analyses, hazard assessments, fault-tree and FMECA reviews, requirements traceability, and risk mitigation. Assess compliance with aerospace and safety standards, analyze flight data, report program metrics, maintain processes, and mentor engineers while integrating solutions across multidisciplinary systems engineering teams.

Designs and implements electrical control systems, including relay- and PLC-based panels, schematics, layouts, hardware selection, programming, testing, commissioning, and field support. Manages multiple projects to meet quality, schedule, and budget requirements; coordinates vendors, customers, production, and subcontractors. Leads technical teams, supervises personnel, mentors engineers and field service staff, prepares testing and training documentation, and provides sophisticated troubleshooting and technical guidance.

Supports manufacturing readiness and new product integration by validating routings, BOMs, part data, costs, tooling, materials, and ERP records. Coordinates with Engineering, Manufacturing, Quality, and Supply Chain teams during product launches, process validation, first-article builds, and production ramp-up. Investigates production issues caused by inaccurate system data, supports change control and ERP activities, and develops manufacturing documentation. The role also contributes to safety, quality, Lean improvement, capacity planning, and operational efficiency.

Defines and validates system-level power solutions for 48V intermediate bus converters used in AI servers, telecom, and industrial systems. Responsibilities include market and customer analysis, IC and system specification, reference design development, simulation, power integrity and thermal analysis, lab validation, technical documentation, and cross-functional leadership.

Provides senior systems and DevOps engineering support, including server installation, virtualization, storage, network equipment, Linux and Windows administration, automation, patching, backups, monitoring, security compliance, CI/CD tools, and Tier III troubleshooting. Maintains VMware, Jenkins, Git, LDAP, Jira, and infrastructure systems; performs hardware migrations, performance tuning, and vendor coordination. Requires occasional after-hours and weekend support.

Design and engineer mission-critical RF, land mobile radio, microwave, IP networking, and public safety communication systems. Serve as Engineer of Record, conduct design reviews, staging, acceptance testing, upgrades, troubleshooting, and customer meetings. Collaborate with project managers, engineers, technicians, contractors, and vendors across concurrent projects. The role is primarily remote but requires residence in Maryland, Delaware, or Washington, D.C., travel of 25–50%, and the ability to obtain background clearance.

Designs systems and processes for the SMR-160 nuclear power plant, including engineering and licensing requirements, process flow diagrams, P&IDs, system specifications, component specifications, thermal and pressure-loss calculations, and control logic. Reviews drawings, coordinates system integration across engineering and licensing teams, collaborates with vendors and fabricators, and supports licensing and construction activities.

Lead system-level verification for complex ARM-based SoCs, developing simulation and emulation environments, test plans, stress and error-condition tests, and regression suites. Debug hardware, ROM, firmware, device drivers, and OS boot issues while collaborating across engineering teams. Validate connected interfaces and use waveform analysis, C programming, Python, Perl, shell scripting, and modeling tools throughout the ASIC project lifecycle.

Lead the architecture, development, integration, and release of cellular-based drone detection and mitigation systems. Design scalable distributed network monitoring platforms processing telecommunications data, collaborate with mobile network operators, analyze LTE and 5G protocols, and guide debugging, testing, and validation. Lead and mentor multidisciplinary engineering teams, manage project execution and resources, and contribute to algorithms, streaming data architectures, cloud-native systems, Docker, and Kubernetes.

Maintains and improves the Quality Management System, ensuring compliance with ISO 9001, AS9100, customer, legal, and regulatory requirements. Leads corrective action requests, root cause analysis, internal audits, document control, QMS training, external audit preparation, metrics reporting, gap analysis, and continual improvement initiatives. Supports cross-functional process mapping, risk-based thinking, and timely closure of nonconformances.

Maintains and improves the Quality Management System to meet ISO 9001, AS9100, customer, legal, and regulatory requirements. Leads internal audit planning, execution, reporting, auditor qualification, corrective action management, and external audit support. Develops process documentation, work instructions, document-control practices, training, and risk-based audit tools. Supports metrics, gap analyses, continual improvement, and cross-functional QMS implementation while promoting process-based and risk-based thinking.

Designs, models, tests, and debugs photonic integrated circuits, high-speed components, transceivers, and optical systems. Responsibilities include RF small- and large-signal modeling, optical link analysis, evaluation-board data correlation, performance characterization, customer documentation, and collaboration with internal teams, ecosystem partners, and customers. The role requires hands-on laboratory testing, high-speed driver/TIA interface expertise, Python programming, Keysight ADS proficiency, and schematic and PCB familiarity.

Designs, procures, tests, and supports production of cryogenic helium fluid systems for lunar vehicles and launch vehicle upper stages. Coordinates cross-functional integration, manufacturability improvements, work instructions, nonconformance disposition, and root-cause-driven hardware upgrades. Manages project cost, schedule, and risk, while overseeing component and system qualification testing, verification, hardware acceptance, and data analysis. Requires aerospace or mechanical engineering expertise in spacecraft fluid systems, propulsion components, FEA, CAD, GD&T, and cryogenic hardware.

Designs, develops, integrates, tests, and optimizes industrial control systems. Responsibilities include analyzing requirements, developing control algorithms, configuring PLC hardware, integrating software and hardware, troubleshooting systems, preparing technical documentation, supporting testing, and guiding engineers and technicians. The role requires collaboration with multidisciplinary teams and approximately 30% travel to customer manufacturing sites for installation, training, maintenance, and analysis.

Leads SAP quality engineering and test automation across OTC, PTP, RTR, Inventory Management, and Accounting modules. Responsibilities include test planning and execution, automation framework development using Tosca, regression and integration testing, defect management, release validation, CI/CD integration, quality metrics, and collaboration within Agile/DevOps teams.

This posting is informational only and does not accept applications. The role is a full-time System Test Engineer position focused on end-of-line calibration and testing of LiDAR systems within Valeo’s automotive engineering organization.

Leads grid code compliance engineering for gas power projects, coordinating technical teams, customer and grid operator interfaces, modeling, simulations, certifications, site testing, risk mitigation, procurement, and on-time delivery. Requires expertise in power systems, thermal power plants, turbomachinery, grid codes, electrical networks, and software such as ETAP, MATLAB, PSS/E, and PSCAD. The role involves 10–20% domestic and international travel and is preferably based in Greenville, South Carolina.

Designs and implements customer-focused IT infrastructure solutions involving servers, CPU/GPU, storage, and networking. Supports pre-sales through technical presentations and demonstrations, provides customer troubleshooting, and performs on-site hardware and software installations, repairs, and maintenance. The role also creates technical documentation, collaborates on complex issue resolution, and stays current with industry technologies.

Designs, integrates, verifies, tests, commissions, and troubleshoots Communication-Based Train Control railway signaling systems. Develops requirements, architectures, interfaces, integration plans, and technical documentation; manages data and database programming; supports CBTC hardware and software modifications; integrates wayside, vehicle, and signaling subsystems; provides customer presentations, technical guidance, and issue resolution. The role is hybrid in New York City with on-site commissioning responsibilities.