Top System Engineer Jobs

Develops and defines analog and mixed-signal semiconductor products, evaluates silicon systems, supports customer applications, troubleshoots circuit issues, and drives design wins. The role collaborates with design, product, test, marketing, sales, and customers; creates technical documentation; supports product ramp-up and training; and contributes to product strategy, roadmaps, and revenue growth.

Design, tune, model, validate, and deploy classical and advanced control systems on physical hardware such as robotics, drones, automotive, and industrial systems. Develop plant models, implement control algorithms in Python and open-source tools, analyze performance, document decisions, and collaborate remotely with interdisciplinary teams.

Architect and develop diagnostic systems for NVIDIA data center platforms across hardware and software interfaces. Lead platform bring-up, hardware validation, failure root-cause analysis, and diagnostic deployment across ODM factories, cloud providers, and partner production lines. Establish diagnostic architecture and product roadmaps, develop tools using C, C++, and Python, collaborate with multidisciplinary teams, and mentor engineering staff.

Leads spacecraft fault management and system autonomy architecture, requirements, safety analyses, verification, validation, and testing. Develops fault-tolerant and autonomous system designs across the aerospace lifecycle, performs FMECA, FTA, FHA, PRA, and reliability analyses, and mentors engineers. Collaborates across programs to establish best practices and common architectures for national security spacecraft missions.

Integrates and troubleshoots Single Sign-On and Secure Token Service capabilities across enterprise systems. Performs diagnostics and evaluations of COTS products, supports customer integrations, and collaborates with development and administration teams. Requires expertise in PKI/TLS, SAML, OAuth, OIDC, systems engineering, networking, and SDLC practices. The role may also involve Linux and Windows deployments, cloud technologies, automation, configuration, and technical documentation.

Leads the design, implementation, and governance of Microsoft 365 security, compliance, information protection, data governance, and insider risk solutions. Oversees platform strategy, vendor governance, systems administration, performance monitoring, testing, and high-complexity issue resolution. Partners with stakeholders, mentors engineers, manages project deliverables, and ensures secure, scalable digital workplace technologies aligned with enterprise risk and compliance objectives.

Supports the installation, configuration, maintenance, and troubleshooting of server environments, hardware, operating systems, applications, backups, user accounts, Exchange services, voicemail, call routing, file and print services. Provides technical support to desktop specialists, assists with software rollouts, performs system restores, and follows disaster recovery procedures while escalating complex issues appropriately.

Leads electrical system quality improvements for vehicle electronics and software. Investigates field and manufacturing issues through teardowns, failure analysis, data analysis, and structured problem-solving. Collaborates cross-functionally to identify root causes, implement corrective actions, assess quality systems, and validate improvements across electrical, infotainment, connected, propulsion, and autonomous vehicle systems.

Owns the lifecycle technical performance, configuration, documentation, maintenance support, and safety of assigned mechanical nuclear systems, including the Critical Assembly Vessel and Reactivity Control System. Responsibilities include system health monitoring, troubleshooting, corrective actions, configuration and change management, procurement support, design reviews, modifications, commissioning, and turnover. The role collaborates with operations, maintenance, nuclear safety, quality assurance, vendors, and design authorities in a regulated, high-hazard environment.

Maintain and operate production, dev, and test web environments; execute deployments, patching, security hardening, monitoring, and incident resolution. Develop and run CI/CD pipelines and automation scripts, support containers and cloud infrastructure, and collaborate on feature previews and user training to support a cybersecurity SaaS platform.

Designs, builds, maintains, and administers enterprise Unix and Windows server environments, including backups, disaster recovery, high availability, capacity planning, patching, monitoring, security, and troubleshooting. The role develops server architecture, documents systems and root-cause analyses, collaborates with networking, security, facilities, vendors, and consultants, supports junior administrators, creates dashboards, and participates in 24/7 on-call coverage.

Lead cybersecurity engineering for industrial control and operational technology systems at Kirtland AFB. Responsibilities include control-system security, OT network architecture, RMF and eMASS authorization activities, vulnerability assessments, audit monitoring, POA&M remediation, configuration management, contingency planning, access controls, security documentation, and coordination with program and security stakeholders. The role also supports control-system procurement, installation, commissioning, maintenance, and compliance with Department of Defense and Air Force requirements.

Maintain Windows and Linux systems, networks, user environments, and simulator infrastructure across unclassified and classified environments. Responsibilities include system administration, patching, troubleshooting, network support, STIG implementation, security control maintenance, and system health monitoring. The role requires travel between Newport, Rhode Island, and Groton, Connecticut, approximately twice monthly, and supporting systems used for US Navy simulator development.

Support and improve the GovTA time-and-attendance system for the FBI. Responsibilities include coordinating with agency stakeholders, overseeing testing and deployments, developing system roadmaps and documentation, troubleshooting timekeeping and payroll issues, ensuring regulatory and audit compliance, and training government staff. The role also requires leadership of federal system implementations and upgrades, stakeholder management, and expertise in federal payroll, HR, and OPM regulations.

Supports aerospace and defense systems engineering for the IFMC Project Office. Develops system-level concepts, interfaces, behaviors, performance requirements, acceptance criteria, and MBSE models using MagicDraw. Creates engineering documents, refines Jira capabilities, traces requirements, facilitates reviews, and transitions approved features into backlogs. Collaborates with military, government, contractors, subject matter experts, and engineering teams throughout the lifecycle.

Lead the architecture, design, integration, and deployment of FPGA-based digital signal processing systems for next-generation radio telescopes. Define subsystem interfaces, data flows, timing, synchronization, and integration across FPGA processing, embedded software, digitizers, and external transport systems. Conduct design reviews, document architectures and verification approaches, and provide technical leadership while contributing hands-on RTL development and system integration.

Develops advanced power-system modeling, simulation, and control solutions for reliable renewable and inverter-based resource integration. Responsibilities include EMT studies, production support, technology roadmaps, software prototyping, internal consulting, and collaboration with research institutions and industry partners. The role requires a PhD in Electrical Engineering focused on power-system stability and control, extensive experience with IBR modeling, commercial power-system tools, and software development.

Leads a five-person development and system operations team supporting vehicle processing systems. Responsibilities include application development, system maintenance, troubleshooting, data integration, workflow automation, vehicle tracking, operational reporting, user support, training, and performance optimization. The role requires Java and Spring expertise, Oracle application experience, people management, and Korean-English bilingual communication.

Leads a five-person development and system operations team supporting vehicle processing applications. Responsibilities include Java application development, vehicle tracking and inventory systems, data integrations, workflow automation, system maintenance, troubleshooting, user support, training, reporting, and performance optimization. The role requires people management, strong Java/Spring, MyBatis or iBATIS, Oracle, web technology expertise, and Korean-English bilingual communication.

Integrates, assembles, tests, calibrates, troubleshoots, and improves complex optical, opto-mechanical, and electro-mechanical systems. Develops test procedures, diagnostics, build documentation, and work instructions; supports design verification, manufacturing ramp, customer installation, and qualification activities. Performs root-cause analysis, maintains accurate records, and provides technical guidance to junior team members and lab technicians.

Analyzes real-time and historical process data to evaluate centrifuge and cascade performance, reliability, and operational conditions. Develops engineering calculations, models, spreadsheets, code, data-analysis tools, test plans, and technical evaluations. Supports nuclear material accountability, troubleshooting, operator training, procedure reviews, and Area Control Room decision-making using Excel, PI Vision, MATLAB, Python, and statistical methods.

Build enterprise-scale machine learning and agentic search systems enabling AI agents to discover, retrieve, evaluate, and synthesize information. Work spans retrieval, ranking, LLM reranking, multi-step search, tool intelligence, grounding, citations, evaluation, and production infrastructure while addressing permissions, freshness, latency, trust, and multi-tenant requirements.

Design, develop, test, and optimize system software for NVIDIA ARM-based SoCs across pre-silicon and post-silicon phases. Analyze bottlenecks, optimize performance, develop benchmarking tools, evaluate CPU and GPU workloads, and conduct competitive architecture and performance analysis. The role requires collaboration and communication with internal and external audiences.

Integrates hardware, firmware, software, board, and silicon components for high-speed Ethernet PHY, IPU, and FNIC systems. Develops automated test environments, validates and characterizes IPs, conducts lab experiments, performs benchmark testing, debugs customer issues, and delivers integration solutions and documentation. Collaborates with cloud providers and cross-functional engineering teams to address requirements, performance, reliability, security, and system lifecycle needs.

Designs, integrates, validates, and debugs hardware, firmware, software, and silicon components for high-speed Ethernet PHY systems. Develops automated test environments, analyzes lab data, debugs boards and SerDes, validates IPs, and delivers customer solutions. Collaborates across engineering and cloud-service-provider teams to define architectures, assess performance, conduct experiments, and resolve system issues.