Top System Engineer Jobs

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.

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.

Designs, develops, tests, validates, integrates, and maintains mission-critical workflow and data integration systems. Builds digital-thread solutions, custom software tools, and analytics dashboards while collaborating with program leadership and distributed teams. Requires advanced Jira and Confluence development, scripting, systems engineering tool experience, and familiarity with change management. Principal-level candidates additionally need experience with MIL-STD-1553, ARINC 429, and Ethernet protocols. The role operates in an Agile environment and requires an active Secret clearance.

Define firmware architecture and lead development for NVIDIA SoC and GPU products. Collaborate across hardware, software, and system architecture teams; drive technologies involving functional safety, security, and next-generation system capabilities; and provide technical direction across multiple teams. The role requires low-level systems expertise, Windows kernel-mode drivers, device firmware, C/C++, virtual memory, and interrupt handling, with opportunities to work on chip bring-up, virtualization, containers, and graphics programming.

Develop GPU system software spanning firmware, real-time operating systems, driver interfaces, and build, test, and execution infrastructure. Design and implement embedded changes, integrate code-generation and validation tools, support hardware bring-up, and resolve issues with distributed hardware and software teams. Own software delivery from design through release and post-release support.

Architects and develops datacenter power and performance-management software, including real-time controllers, dynamic provisioning, power policies, and hardware-software interfaces. Responsibilities span architecture, pre-silicon validation, silicon bring-up, productization, deployment, and production support. The role investigates complex firmware, driver, hardware, and platform issues; develops validation automation; and collaborates with GPU, ASIC, firmware, driver, and datacenter systems teams to optimize performance, power, thermal behavior, reliability, and energy efficiency.

Designs and develops fluid and mechanical subsystems for rocket-engine ground test facilities. Responsibilities include propellant delivery systems, cryogenic and vacuum systems, hazardous-propellant procedures, structural and fluid analysis, component selection, build reviews, commissioning, supplier coordination, hazard analysis, and mentoring junior engineers.

Lead qualification testing for enterprise KIOXIA SAS and NVMe SSD products on customer server and storage platforms. Create and execute test plans and scripts, configure hardware and software, troubleshoot system issues, perform first-level SSD failure analysis, and collaborate with customers and engineering teams on qualification requirements, schedules, equipment, and lab infrastructure.

Serve as the principal systems engineering authority for a human-rated lunar lander, leading requirements, system safety, verification and validation, certification, and cross-element integration. Establish technical standards, resolve high-consequence system problems, improve lean tool-driven workflows, represent technical positions to NASA, defend requirements and safety approaches, and mentor engineers. The role requires extensive systems engineering leadership, customer-facing communication, and expertise with Jama, Cameo, Windchill, and DOORS.

Lead cybersecurity engineering across system lifecycles for classified DoD, SAP and SCI environments. Integrate security requirements into architecture and design, perform threat modeling and risk assessments, produce engineering artifacts (STIGs, control traceability), support RMF accreditation (JSIG), and integrate secure enclaves (SIPRNet, Type 1 crypto). Collaborate with ISSOs/ISSMs/SCAs and stakeholders to assess compliance and recommend mitigations.

Develop and administer Tableau dashboards, reports, and data integrations supporting enterprise reporting and Release Train Management. Maintain accurate Tableau views, track corrective actions, optimize system performance, and connect new and existing data sources, including JIRA. Produce integrated delivery schedule graphics for leadership briefings, guide RTM teams, and provide data-driven insights aligned with Agile and SAFe processes.

Design, install, administer, and optimize storage, servers, and computer environments (Windows/Linux/Citrix/virtualization). Ensure application availability, perform capacity planning, disaster recovery testing, automation via scripting, mentor junior staff, and manage projects to maintain uptime, security, and performance.

Lead the design and development of robotic gloves, soft goods, grip surfaces, elastomeric components, and flexible protective interfaces for a humanoid robot. Develop materials, coatings, sensor integration, mechanical architectures, prototypes, validation methods, and serviceable production designs. Collaborate with manufacturing partners and cross-functional engineering teams from concept through production, troubleshoot failures, support DFM, and mentor junior engineers.

Architect and develop low-level GPU power and performance-management software, including P-state management, DVFS, real-time controllers, and power-management policies. Lead features through architecture, validation, silicon bring-up, productization, and deployment. Collaborate across hardware, firmware, driver, validation, and data-center teams while debugging complex system issues and developing automation for performance, power efficiency, stability, and reliability.

Lead development and execution of system verification strategies for a U.S. Navy weapon system. Manage verification IPTs, maintain requirements verification traceability (RVTM), oversee verification deliverables, lead and mentor engineering teams, and serve as primary technical interface with senior Navy customers. Support technical reviews and deliver presentations and documentation.

Develop Linux kernel and user-space power and thermal management software for NVIDIA Tegra SoCs and embedded platforms. Collaborate with hardware and software teams to estimate and optimize platform power, while improving performance, efficiency, responsiveness, compute and memory utilization, latency, and power consumption for edge AI and robotics workloads.

Design and architect high-speed, low-power memory solutions for NVIDIA Tegra SoCs. Analyze DDR, LPDDR, and HBM technologies; define memory, package, and PCB layouts; collaborate with architects, firmware teams, suppliers, and industry partners; and lead memory bring-up, validation, debugging, and failure analysis. Develop memory workloads and analysis tools using Python and C/C++.

Integrate, verify, and document ADAS software packages on QNX and Linux automotive computing platforms. Flash ECUs, validate vehicle readiness, conduct test drives, and troubleshoot software and signal-level issues. Perform root-cause analysis across complex automotive communication chains using CANoe and Wireshark, develop process automation, and coordinate with global engineering teams on software releases and vehicle integration.

Integrate, verify, debug, and document ADAS hardware and software packages for Mercedes-Benz prototype and fleet vehicles. Responsibilities include flashing ECUs, analyzing signals and interfaces, troubleshooting complex signal chains, performing root cause analysis, collaborating with international teams, and participating in vehicle test drives. The role requires advanced scripting, automotive communication protocol knowledge, ADAS sensor familiarity, and frequent hands-on vehicle and testing-bench work.

Lead the design and release of chiller and heat pump equipment and subsystems from concept through production. Guide cross-functional engineering teams through requirements, design reviews, reliability analysis, design for manufacturability, cost modeling, component qualification, and schedule execution. The role requires HVAC product design experience, CAD and PLM proficiency, and collaboration with manufacturing, quality, product management, and project teams. Domestic travel of 5–10% is required.

Supports requirements development and management for nuclear infrastructure projects, including high-level and derived requirements, contract and SOW requirements, interface controls, verification, change management, and compliance documentation. Collaborates with customers, engineering teams, suppliers, and stakeholders throughout project delivery. Requires advanced knowledge of systems engineering, requirements management, nuclear facility infrastructure, DOE standards, safety requirements, and engineering design verification processes.