Top System Engineer Jobs

As a Systems Engineer at Maven, you will oversee engineering aspects of projects, ensuring they operate effectively while meeting client needs and organizational standards. Responsibilities include collaboration, quality control, cost analysis, and enhancing system efficiency.

Integrate humanoid hardware and software subsystems into a cohesive, deployable robot stack. Own bring-up, calibration, diagnostics, validation, and system-level debugging across perception, planning, locomotion, manipulation, controls, sensors, compute, and networking. Develop integration and regression tests, telemetry tools, dashboards, and release workflows while partnering with cross-functional teams to harden research into maintainable, field-ready modules.

Define analog power product requirements and roadmaps by analyzing applications and customer needs. Collaborate with design, applications, and marketing to assess architectures, validate silicon systems, troubleshoot system-level issues, document product lifecycle, and drive NPI strategy and cross-functional execution to maximize market adoption.

Design, program, commission, and troubleshoot industrial control systems (PLCs, HMIs, SCADA, VFDs, instrumentation). Lead intermediate projects, perform field commissioning and I/O checkout, provide post-installation support, mentor team members, and collaborate with clients and contractors. Frequent regional and national travel required.

Lead integration, maintenance, and automation of heterogeneous hardware and software control systems for quantum computers. Manage networked lab infrastructure, CI/CD pipelines, observability, and provisioning. Support incident response, testing, and orchestration, collaborating with software, hardware, and test teams to ensure reliability and operational readiness of development and production environments.

Hybrid Network System Engineer responsible for daily service health checks, cabling and data center racking, change management, switch and firewall configuration, AD/DNS/DHCP administration, Linux/Windows Server patching, storage and vSphere management, cloud integration, NAC and VPN/security management, and troubleshooting end-user and OT devices.

Lead system-level design teams from concept through production, advise customers and internal teams on system architecture, manage product design and documentation, mentor engineers, drive performance analysis and testing, and provide customer-facing technical support with occasional travel (up to 10%).

The SATCOM Requirements Systems Engineer will support technical discussions, manage requirements, and collaborate extensively with various stakeholders to ensure successful integration of satellite communication systems for national security.

Design, modernize, secure, and sustain enterprise applications and platforms. Support Agile teams with requirements elicitation, backlog prioritization, testing, release planning, risk/dependency tracking, documentation, and stakeholder engagement. Mentor junior systems engineers and collaborate across product teams to deliver enterprise budgeting and financial management capabilities.

Develop and maintain GPU performance foundation libraries and test frameworks for Nsight tools. Implement GPU assembly tests, use emulators/simulators to validate instruction events, and document data workflows. Collaborate with hardware architecture teams to enable performance analysis and optimization of GPU-accelerated applications.

Manage, maintain, and upgrade production Linux (CentOS/RedHat) servers and VMware infrastructure. Monitor systems with Nagios, develop automation scripts, implement security hardening, handle backups and disaster recovery, troubleshoot hardware/software and network issues, and support application deployments and system rollouts.

Design, deploy, and maintain cloud infrastructure, production applications, and datastores to support studio and production workflows. Migrate on-prem services to cloud, implement IaC, manage container deployments, networking and security, optimize resource utilization, and collaborate with pipeline engineers and stakeholders from proof-of-concept to production.

Lead architecture, integration, deployment, and optimization of enterprise EDR platforms (MDE and Trellix HX) across hybrid environments. Author engineering plans, tune agent policies, translate threat intelligence into IOCs using KQL and YARA, support SOC for advanced forensics, advise stakeholders on system risk, and mentor junior engineers. Work requires operation in a highly classified environment defending national security infrastructure.

Lead design, integration, qualification and testing of complex sub-modules and multi-subsystem ASML systems. Drive requirements, feasibility, detailed design, test development, and cross-team supplier/customer interfaces. Mentor peers, support project planning, ensure product quality and safety, and document technical choices throughout the project lifecycle.

Provide SETA support and technical leadership for ground system architecture, antenna scheduling, network operations, and C2 interfaces for classified space missions. Advise government leadership on requirements, integration, test readiness, risk/deficiency resolution, mission partner onboarding, and operational performance. Track deficiencies, evaluate telemetry and scheduling data, prepare reports/briefings, and coordinate cross-functional teams to achieve delivery milestones and operational readiness.

Provide SETA systems engineering support for classified space ground systems: advise on ground architecture, antenna scheduling and networks, integration, requirements, test/readiness, risk/deficiency tracking, mission partner onboarding, and operational performance analysis. Produce documentation, recommendations, and briefings; coordinate with engineering, configuration management, test, and mission teams to ensure delivery and operational readiness in a high-visibility classified environment.

The System Engineer Level 3 is responsible for automating infrastructure, optimizing CI/CD pipelines, managing cloud-native environments, and partnering with software teams for deployment efficiency.

Lead system engineering for eMotor stator and rotor assemblies: design, materials, prototype builds, supplier coordination, testing and validation, develop DFMEA/MSA/GD&T/control plans, benchmark technologies, and support cross-functional program delivery.

Lead development, validation, and optimization of propulsion system calibrations for ICE, hybrid and electric vehicles. Use virtual simulations and prototype platforms to synchronize subsystems (engine, motors, HV battery, thermal), perform DOE, robustness testing, sensitivity studies, prototype commissioning, troubleshooting, and present technical findings to cross-functional teams and program leadership.

Senior HV system design and simulation engineer responsible for modeling and characterizing HV/LV interoperability, EMC, and protection strategies using tools like MATLAB-Simulink, PLECS, PSIM and Mathcad. Collaborates cross-functionally to optimize HV powertrain performance, select components, perform WCCA and root-cause analysis, and ensure designs meet safety and regulatory standards.

Lead conceptual layout and delivery of driveline and underbody powertrain systems from concept through production. Manage program tradeoffs for quality, cost, weight, function, and timing; coordinate external engineering resources; interface with manufacturing; provide technical leadership for prototypes and problem resolution; and ensure program alignment with Ford GPDS deliverables for high-performance, low-volume applications.

Lead technical pre- and post-sales activities for building management systems: assess customer systems, create bills of materials, onboard customers to Honeywell Forge, deliver demos and training, respond to technical inquiries, collaborate with sales, R&D, and product teams to drive solutions and support successful project execution.

Provide technical pre-sales and post-sales support for Honeywell building management and connected solutions: assess customer systems, create bills of materials, onboard customers to Forge, present demos/training, respond to technical inquiries, and collaborate with sales, R&D, and offering management to drive successful implementations.

Provide pre-sales technical leadership for intralogistics system solutions: develop conceptual designs, perform equipment sizing and BOMs, create cost estimates and proposals, support RFQ/RFP responses, present solutions to customers, coordinate cross-functional handoffs, and provide limited post-award technical support to ensure performance, safety, and execution feasibility.

Own development, deployment, and maintenance of manufacturing test solutions for datacenter systems. Set up and validate rack-level testers at factories and labs, manage facility cooling and KPIs, drive tester upgrades and failure analysis, design and qualify test fixtures/equipment, and report status and improvements to management.