Top System Engineer Jobs

Own system-level simulation testing and virtual verification of autonomous driving software. Plan test campaigns, develop scenarios and test procedures, maintain scenario libraries, identify testing gaps, improve simulation toolchains, analyze results, and communicate dashboards and reports to stakeholders. Support development and integration teams through troubleshooting, fault isolation, and system-level analysis while helping improve autonomous vehicle safety and robustness.

Conduct system safety assessments for flight-critical components, propulsion systems, and aircraft subsystems in accordance with ARP4761. Establish and manage safety requirements, collaborate with systems, software, and hardware engineering teams, participate in design reviews, identify safety issues, and maintain safety artifacts through design and configuration changes.

Develops, implements, maintains, and supports MES software and infrastructure in a manufacturing environment. Responsibilities include C# and ASP.NET development, MES integrations, shop monitoring applications, reporting, hardware and software installation, network and system maintenance, troubleshooting, documentation, user training, and production stability. The role also designs and manages scalable Kubernetes clusters and automation scripts for provisioning and administration.

Supports Army mission command training simulations by installing, configuring, integrating, troubleshooting, patching, securing, and maintaining hardware, software, networks, and simulation systems. Provides technical support during training exercises, manages system recovery and backups, verifies DISA and DoD compliance, maintains inventories, analyzes performance, and resolves Mission Command Systems issues. Requires extensive LVC-G, Linux, Windows, classified-environment, RMF, and information-assurance experience, along with a Secret clearance and CompTIA Security+ certification.

Provides technical leadership for the WaferSense product line, shaping system architecture, requirements, interfaces, integration, testing, validation, and production processes. Leads trade studies, investigations, risk mitigation, and cross-functional technical execution while contributing hands-on to prototyping and troubleshooting. Translates customer needs into technical priorities, ensures comprehensive engineering documentation, and mentors engineers. The role supports complex precision products used in semiconductor manufacturing.

Maintains and designs enterprise systems, VMware infrastructure, virtual machines, containers, Kubernetes clusters, storage, backups, and cloud services. Monitors performance and security events, manages Windows patching, develops PowerShell, Linux, and API automation scripts, supports system resiliency and scalability, and collaborates with IT teams, vendors, and management on projects, quality controls, and operational improvements.

Lead and execute integration and verification testing of spacecraft mechanisms. Write and run test procedures and scripts, troubleshoot hardware in cleanroom/lab environments, collaborate with systems and software teams, use EGSE and test benches, prepare documentation and presentations, and potentially lead small teams.

Develop and lead production software-defined networking for NVIDIA’s global GPU cloud infrastructure. Design multi-tenant control and data planes using Open vSwitch, OVN, OpenFlow, Kubernetes, C, and Go. Build networking services, plugins, automation, testing, observability, and reliability improvements. Lead architecture and code reviews, mentor engineers, support on-call operations, and resolve complex production incidents through diagnostics and source-level debugging.

Administer Teamcenter and NX, including user access, engineering support, deployments, upgrades, testing, licensing, documentation, training, vendor coordination, CAD configuration, templates, libraries, and organizational standards. The role supports engineering users and maintains PLM and CAD data integrity while developing deeper platform ownership under the PLM Architect.

Supports the full systems engineering lifecycle, including hardware and software integration, installation, testing, deployment, troubleshooting, maintenance, decommissioning, and quality assurance. Installs and terminates fiber and CAT-5/6 cabling, tests fiber with optical power meters and OTDRs, maintains network infrastructure, and repairs Dell servers. Collaborates with users, customers, and engineering teams in mission-focused environments.

Provide cybersecurity engineering support for programs: validate security requirements and designs, perform technical assessments and A&A documentation under NIST RMF, support incident response, identify and mitigate system risks, and implement enterprise security controls using tools like Splunk, Tenable, and HBSS. Requires coordination with engineers, PMs, and stakeholders and maintaining system Authorizations to Operate.

Provide cybersecurity engineering support to develop, validate, and maintain secure systems. Manage cyber requirements, perform technical security assessments, support Incident Response and Assessment & Authorization (A&A) per NIST RMF, produce A&A documentation, mitigate risks, and advise architects and program stakeholders on security design and compliance.

Lead system safety and reliability engineering activities including functional hazard analysis, FMECA, fault tree and common-mode analyses, safety requirements decomposition and V&V, reliability predictions, MBSE-based design and systems integration, aftermarket safety tracking, and customer/project coordination.

Manage, maintain, deploy, troubleshoot, secure, and optimize mixed UNIX/Linux server environments. Plan hardware and software implementations, maintain technical procedures, monitor performance, manage patches and integrations, support data center equipment, and recommend infrastructure improvements. The role requires expertise in Red Hat, Oracle Linux, Solaris, security hardening, networking, core services, automation, and enterprise systems administration, along with an active DoD Secret clearance and relevant certifications.

Develop firmware and low-level software for connected embedded systems and microcontrollers. Build time-critical embedded control software, integrate hardware and software, optimize memory and performance, and support higher-level applications interfacing with embedded devices. Collaborate with hardware and engineering teams on debugging, hardware bring-up, sensor integration, and reliable production solutions.

Lead electrical engineering team to design, model, and deliver space-based mechatronic electronics (motor control, power electronics, FPGA, PCB). Perform system-level analysis, trades, requirements flow-down, hands-on design, test, anomaly resolution, mentoring, and deliver to NASA/NOAA/DoD reliability standards.

Designs, administers, secures, and troubleshoots server and application architectures. Manages Windows Server, Active Directory, virtualization, SharePoint, and systems automation. Develops configurations, incident response procedures, technical documentation, and user manuals. Provides technical leadership, supports project planning, resolves systems engineering issues, and recommends technology improvements. The role is onsite in Virginia Beach and requires an active Top Secret/SCI clearance and U.S. citizenship.

Designs, administers, maintains, and troubleshoots server and application architectures in a classified environment. Manages Windows Server, Active Directory, virtualization, SharePoint, and systems automation using PowerShell. Develops configurations, security practices, technical documentation, incident response procedures, and user manuals. Provides technical leadership, resolves system issues, supports project planning, and recommends infrastructure improvements. The role is onsite in Virginia Beach and requires an active TS/SCI clearance and U.S. citizenship.

The Senior System Engineer will develop and integrate metrology solutions for semiconductor manufacturing, collaborating with design and product teams, conducting R&D, and managing system performance and customer relationships.

Lead safety strategy and deployment readiness for Level 4 autonomous driving systems. Define safety requirements, system architectures, release policies, fallback criteria, V&V plans, evaluation metrics, emergency protocols, and operational safety processes. Analyze incidents, improve test coverage and procedures, and collaborate with software, product, operations, and safety teams to support unmanned deployment and commercial scaling.

Supports ownership, design integration, verification, supplier coordination, and manufacturing execution for cryogenic propellant management hardware. Responsibilities include DFM/DFA reviews, translating requirements into fabrication and assembly processes, developing work instructions and inspection plans, troubleshooting shop-floor nonconformances, supporting root cause analysis and MRB dispositions, evaluating manufacturing methods, and contributing to FMEAs, validation, quality compliance, and cost reduction for aerospace fluid systems.

Owns cryogenic propellant management hardware throughout its lifecycle, including requirements, design, analysis, procurement, manufacturing, testing, integration, verification, and operation. Provides technical oversight, leads trade studies and development meetings, supports suppliers, releases drawings, and delivers hardware for Blue Origin lunar vehicles. Requires expertise in cryogenic fluids, aerospace systems, fluid and gas components, and human-rated spaceflight environments.

Design and release Creo models, assemblies, weldments, and drawings for cryogenic propellant management hardware used in lunar landers. Support requirements, component ownership, trade studies, analysis, verification, supplier coordination, procurement tracking, manufacturing, integration, and design reviews. Apply GD&T, MBD, PMI, configuration management, and drafting standards while developing manufacturable deliverables for valves, manifolds, tubing, pressure vessels, and support structures.

Designs, tests, and improves refrigeration sealed systems for foodservice products. Leads new product development, continuous improvement, root-cause analysis, corrective actions, thermal engineering analyses, laboratory testing, prototype development, and technical reviews. Develops engineering drawings, models, and specifications; analyzes test data; troubleshoots cooling-system issues; and collaborates with cross-functional engineering and project teams.

The Systems Engineer III develops and sustains aerospace and electronics products through systems architecture, requirements definition, validation, verification, modeling, simulation, and technical analysis. The role applies systems engineering processes and aerospace standards, collaborates with engineering and operations teams, supports product performance and cost goals, investigates root causes, produces technical documentation, and manages work against project schedules and budgets. Occasional domestic and international travel supports customer meetings, design reviews, testing, and technical seminars.