Top System Engineer Jobs

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.

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.

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.

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.

Validate complete customer workflows across UniFi networking, security, access, and smart home products. Perform manual and exploratory testing across hardware, web, mobile, and cloud applications; reproduce and document issues; verify fixes; analyze performance and diagnostic data; and collaborate with engineering, design, QA, and support teams to improve product reliability and user experience.

Analyzes and diagnoses autonomous vehicle system faults across perception, planning, and AI software using on-road and simulation data. The role triages and prioritizes safety issues, performs root-cause analysis, identifies failure trends, develops tooling and workflows, and produces reports that guide engineering and leadership decisions on vehicle quality, safety, and robustness.

Develop system software, runtime components, testing infrastructure, and workflows for deploying embodied AI on humanoid robots. Optimize performance across compute, memory, networking, sensors, and actuators; build simulation and hardware-in-the-loop validation; debug issues across software and hardware layers; and lead system bring-up, root-cause analysis, architectural decisions, and production deployment.

Develops and optimizes PHY, modem, and DSP algorithms for Blue Origin’s TeraWave satellite communications system. Responsibilities include synchronization, channel estimation, equalization, modulation, system modeling, RF impairment analysis, architecture tradeoffs, simulation, FPGA/ASIC implementation support, integration, and validation. The role collaborates with ASIC, firmware, RF, and systems engineering teams and provides technical guidance on communications architecture.

Leads the design, integration, construction, and commissioning of complex ground test systems for rocket engines and spacecraft. Responsibilities include fluid and structural system design, systems architecture, supplier coordination, design reviews, technical decision-making for propellant and vacuum systems, hazard assessments, HAZOP activities, risk mitigation, program alignment, and mentoring engineers. The role supports facilities in Van Horn, Texas, or Kent, Washington, with up to 25% travel from Kent.

Leads enterprise identity and access management strategy across hybrid on-premises and cloud environments. Designs and modernizes Active Directory, Entra ID, PKI, authentication, identity governance, provisioning, and privileged access platforms. Establishes Zero Trust and security standards, automates access controls, monitors risk indicators, supports compliance, troubleshoots complex identity issues, and mentors engineering teams. Partners with executives, architects, IT, application, and security teams to deliver resilient, scalable, least-privilege identity services.

Own spacecraft electrical power system architecture segments from requirements through verification. Develop power and energy budgets, load-flow and stability analyses, protection coordination, power-quality specifications, and interface control documents. Evaluate supplier designs, lead technical negotiations, support testing and verification, and present at major program reviews. The role also coordinates grounding, bonding, isolation, EMC, and fault protection activities while mentoring junior engineers and communicating technical risks and progress to stakeholders.

Develop and maintain electrical power system requirements, models, budgets, interfaces, supplier data, configuration records, and verification documentation for Axiom Station. Perform power, energy, voltage-drop, protection, efficiency, dissipation, and transient analyses. Support laboratory testing, data reduction, technical reviews, and action closure while growing toward ownership of requirements, analyses, and interfaces under senior engineering mentorship.

Administers and troubleshoots enterprise firewall and network security services, including VPNs, routing, segmentation, SD-WAN, access control, certificates, and monitoring. Resolves complex network issues, leads projects, develops documentation and processes, supports change management, and coaches peers. Serves as a subject matter expert for network security while collaborating with infrastructure teams to improve service efficiency and reliability.

Designs, implements, and manages physical data center infrastructure and multi-tenant public, private, and hybrid cloud environments. Administers Windows and Linux servers, identity systems, virtualization, Jira, backups, monitoring, automation, configuration management, and security controls. Troubleshoots complex infrastructure issues, supports upgrades and migrations, documents systems, and collaborates with development, security, networking, and support teams. This is a strictly onsite role in Orlando, Florida.

Provides technical leadership for securing GPU kernel drivers, embedded software, and next-generation platforms. Designs and verifies security and systems features, conducts hardware and software security reviews, resolves complex low-level issues, and develops long-term security roadmaps. The role requires strong C programming, driver development, operating-system kernel knowledge, computer architecture expertise, and cross-functional leadership across hardware, software, and security teams.

Design, develop, and debug GPU power and performance management software, including P-state management, DVFS, and power-management controllers. Build real-time control policies, collaborate on hardware-software interfaces, validate pre-silicon and production systems, support silicon bring-up, and resolve complex cross-layer issues involving firmware, drivers, hardware, thermals, telemetry, and workloads.

Designs and integrates machine control systems for earthmoving and paving equipment. Responsibilities include system architecture, requirements decomposition, electronics and communication interface definition, CAN network design, product safety lifecycle coordination, risk assessments, verification support, and technical leadership. The role collaborates with multidisciplinary engineering teams, marketing, machine OEMs, and customers to develop safe, high-quality embedded products. Travel, including international travel, is less than 25%.

Design and develop core components and performant frameworks for an autonomous driving platform, interfacing with vehicle sensors, optimizing parallel/GPGPU code (CUDA), performing in-vehicle tests and data collection, writing production C++ code, and ensuring quality and safety compliance.

Develop next-generation PMIC and signal-chain solutions for automotive, data center, and AI infrastructure markets. Translate customer and application needs into IC specifications and product requirement documents, define power architectures with GaN, SiC, and MOS teams, and connect customers with internal design and validation groups. Lead feasibility studies covering performance, cost, and risk while driving differentiated semiconductor product concepts.

Integrate and test spacecraft mechanisms and electro-mechanical hardware in cleanroom and laboratory environments. Write, review, and execute test procedures, plans, and scripts; verify requirements; troubleshoot hardware; and characterize or calibrate performance. Collaborate with ground systems, simulators, software teams, system engineers, technicians, and mission assurance personnel. Prepare technical documentation and presentations while supporting payload and space vehicle integration testing.