Top System Engineer Jobs

Designs, implements, and supports enterprise infrastructure platforms centered on OpenShift, Kubernetes, GitOps, and container technologies. Responsibilities include cluster lifecycle management, CI/CD, virtualization, storage, monitoring, automation, security, backups, disaster recovery, troubleshooting, system upgrades, documentation, and incident response. The role collaborates cross-functionally, mentors junior engineers, supports continuous improvement, and participates in on-call activities and after-hours changes when needed.

Designs, deploys, integrates, monitors, maintains, and troubleshoots storage and IT infrastructure, including SAN, NAS, object storage, VMware, networking, backups, and disaster recovery systems. Implements automation, security controls, patches, and system upgrades while maintaining documentation and compliance. Collaborates with cross-functional teams, participates in incident response and recovery planning, supports system rollouts, and mentors junior engineers. Requires occasional after-hours work and on-call availability for critical incidents.

Supports the full lifecycle of Advanced Distribution Management Systems, including implementation, configuration, integration, testing, deployment, upgrades, production support, troubleshooting, and maintenance. Integrates ADMS with SCADA, OMS, GIS, DMS, Historian, ICCP, and enterprise systems. Performs root cause analysis, system monitoring, patching, configuration, and environment readiness across Windows and Linux. Collaborates with utility operators, cybersecurity, network, infrastructure, vendors, and technical stakeholders while maintaining documentation, runbooks, reports, and dashboards.

Support flight software certification for the Nyx orbital vehicle through V&V and IV&V, requirements management and tracing, test planning, documentation for certification and NASA safety reviews, standards interpretation, interfacing with system engineering and product assurance, and contributing to software design and integrated mission testing using C++ and Python.

Leads systems engineering across the full systems life cycle and ISO/IEC 15288 process areas. Responsibilities include technical analysis, design alternatives, requirements, risk and configuration management, process development, work-product delivery, stakeholder briefings, engineering decisions, and supervision of contractor engineers and technicians. Serves as a subject matter expert, resolves complex engineering issues, and plans projects affecting major enterprise capabilities.

Applies systems engineering across the full systems life cycle using ISO/IEC 15288 processes. Develops technical work products, analyzes design alternatives, establishes engineering standards, manages technical risks and processes, briefs stakeholders, and supervises engineering staff and technicians. Leads systems engineering activities, evaluates implementation suitability, recommends innovative technical approaches, and approves deliverables across technical, project, enterprise, and agreement process areas.

Lead electrical engineer overseeing design, construction, commissioning, and closeout of distribution, substation, and transmission projects. Performs system analyses, develops conceptual designs, manages capital project phases, ensures compliance with codes and standards, coordinates contractors, supports commissioning and storm restoration, and provides SAP support for work orders.

Lead integration, testing, verification, and deployment of laser-based wafer manufacturing systems. Define system interfaces, integrate electro-mechanical, optical, and software subsystems, develop test strategies, troubleshoot root causes, analyze performance data, create automation tools, mentor engineers, and support manufacturing handoffs through documentation and technical reporting.

Supports DAS, repeater, and wireless network commissioning, optimization, site surveys, benchmarking, post-installation data collection, basic troubleshooting, and customer reporting. Creates rack elevations and fiber diagrams, performs CW testing, configures remote access and alarms, and develops expertise in RF technologies, test equipment, OEM platforms, and commissioning standards. This entry-level role includes extensive field travel and on-the-job training.

Designs, implements, and supports secure, resilient, scalable enterprise systems across on-premises and cloud environments. Responsibilities include systems engineering, automation and scripting, infrastructure design, DevOps, continuous integration and delivery, service tuning, security, monitoring, documentation, training, stakeholder presentations, and on-call support. The role serves as an OS platform subject matter expert and collaborates with customers and technical teams to develop enterprise service offerings.

Coordinates integration and delivery across automotive body systems, including BIW, underbody structures, doors, closures, and structural components. Supports the Main System Lead by aligning engineering teams and cross-functional stakeholders, monitoring milestones, risks, sourcing, cost, quality, and timing, and preparing decision-ready governance materials. Facilitates issue resolution, escalation, action tracking, status reporting, and leadership communications throughout vehicle development and launch.

Supports the Main System Lead in integrating exterior and interior body systems across engineering teams and business functions. The role coordinates technical deliverables, milestones, sourcing, costs, quality, risks, governance reviews, decisions, and issue resolution. It consolidates status reporting, drives readiness and accountability, and facilitates cross-functional alignment through vehicle development and launch. The position is primarily based in Charlotte or Novi and requires frequent office presence plus travel to suppliers, manufacturing, and testing facilities.

Develops system-level manual and automated test products for the Ground-based Midcourse Defense weapon system. Responsibilities include creating test artifacts, verifying requirements, executing manual and automated tests, performing post-test analysis, and supporting systems engineering activities in an Agile environment. The role collaborates across teams, troubleshoots software and hardware, and works on-site with an active DoD Secret clearance.

Lead complex power system studies and renewable energy electrical designs, including short-circuit, arc-flash, load-flow, harmonic, grounding, and power-quality analyses. Design collection systems, prepare interconnection applications and models, review technical deliverables, coordinate clients and projects, develop proposals, and mentor engineering staff. Apply ETAP and other specialized tools to support utility-scale solar and energy storage projects while ensuring quality, schedules, and client-ready reporting.

Designs, integrates, tests, and sustains secure architectures for Navy and Marine Corps systems. Responsibilities include systems security engineering, RMF authorization, vulnerability scanning and remediation, risk assessments, zero-trust implementation, compliance with DoW security standards, and coordination with IT, risk, operations, engineering teams, and OEMs. The role develops mitigation strategies, security plans, and resilient mission systems across the platform lifecycle.

Own the V-BAT unmanned aircraft system reliability model and failure-prediction strategy. Build fault trees, analyze field and test data, identify single points of failure, guide design-for-reliability decisions, lead root-cause investigations and corrective actions, manage reliability testing and production screening, and track MTBF, failure-rate trends, and reliability growth for leadership.

Develops, integrates, validates, and deploys networking hardware and infrastructure for Microsoft's MAIA AI systems. Responsibilities include networking architecture, switches and NIC bring-up, high-speed electrical and optical interconnect qualification, AI fabric performance validation, telemetry, automation, and root-cause analysis. The role collaborates across silicon, firmware, hardware, software, manufacturing, vendors, and Azure infrastructure teams to deliver reliable, scalable rack- and cluster-level networking.

Lead the design, integration, deployment, and customer delivery of custom RF test systems for aerospace and defense applications. Architect automated test software, drivers, and interfaces; participate in design reviews and pre-sales; support customer requirements through delivery. The role requires expertise with RF test equipment, ATE, SATCOM, and related systems, along with occasional customer-site travel and eligibility for security clearance.

Designs and supports electric utility facilities across generation, transmission, distribution, substations, protection, SCADA/EMS, and market systems. Performs power system studies, develops engineering designs and specifications, supports project budgeting and construction, resolves technical issues, prepares safety procedures, and ensures compliance with NERC, FERC, ERCOT, and Texas regulatory requirements. Manages multiple power production engineering projects and may lead staff, consultants, and diverse project teams.

Lead HBM and LPDDR system integration and bringup for next-generation SoCs. Own memory performance, power, thermal, and reliability closure across silicon, package, board, and firmware. Drive post-silicon margining, VF shmoo, eye characterization, and correlation. Debug training, calibration, SI/PI, and system stability issues. Define validation, characterization, and issue-tracking plans to produce production-ready operating points.

Lead design and delivery of SMAC workflow methodology and infrastructure to keep system specifications and manufacturing test specs aligned. Build production-grade Python pipelines, automated checks, CI gates, and agent-ready tooling that detect spec drift pre-silicon. Integrate workflows into program milestones, drive cross-org adoption across design, operations, and DFX, and apply AI where appropriate while ensuring reviewable, auditable artifacts.

Work with architects, hardware, firmware, and test teams to co-design and verify system-level speed and reliability features. Develop verification collateral, automation and AI/LLM-assisted tooling, perform pre- and post-silicon characterization and tester-to-system correlation, and lead debug of complex silicon issues to ensure on-time product shipment.

Defines and drives system-level diagnostics, verification, testability, and post-silicon validation for complex GPUs, CPUs, SoCs, and AI accelerators. Partners with silicon, software, board, manufacturing, and quality teams to develop production test coverage, debug infrastructure, and diagnostic workflows. Performs hands-on silicon bring-up, lab debugging, data analysis, performance and yield optimization, test correlation, root-cause analysis, and process improvement.

The Senior Systems Engineer will develop and manage requirements, architectures, interfaces, and design documentation for Tomahawk weapon system software. Responsibilities include analyzing system impacts, resolving change and problem reports, developing change packages, maintaining configuration-controlled interface documents, supporting human factors and user interface requirements, and participating in engineering boards and reviews. The role also requires technical briefings, documentation, and collaboration across DoD weapon-system engineering teams.

Tests complete UniFi customer workflows across networking, security, access, applications, cloud services, and connected hardware. Responsibilities include creating and executing manual test scenarios, exploring edge cases, reproducing and documenting issues, evaluating UX, validating integrations and fixes, conducting performance experiments, and collaborating with engineering, design, QA, and support teams. The role requires networking knowledge, troubleshooting skills, attention to detail, clear communication, and familiarity with Python, JavaScript, automation, and connected-product technologies.