Top System Engineer Jobs

Maintain the security posture of government sponsor compute and cloud environments. Manage security accreditation lifecycles and workflows under ICD-503 Rev. 4, create and maintain system security plans and related documentation, apply sponsor security policies and risk management frameworks, collaborate with Information System Security Managers, and support IC reciprocity for accreditation projects.

Provides expert Systems Engineering and SETA support for complex Government mission systems. Leads requirements engineering, systems analysis, architecture, risk management, technical documentation, testing, vendor evaluation, and transition of cyber and mobile technology capabilities into operational environments. Advises Government leadership, evaluates emerging technologies, supports CONOPS and SOW development, and focuses on mobile devices, networks, handsets, embedded platforms, and operating systems.

The Electrical System Engineer Principal leads a team to develop and resolve electronic systems for space payloads, ensuring high-quality solutions and compatibility across various engineering disciplines.

Develops, maintains, and improves the corporate Quality Management System under TL9000 and ISO 9001. Supports audits, corrective actions, document control, product certifications, environmental compliance, supplier declarations, ESG and sustainability reporting, RBA assessments, and engineering or production change management. Coordinates with certification bodies, suppliers, customers, engineering, manufacturing, and supply chain teams. Requires professional Mandarin and English fluency to bridge English-speaking corporate teams and Mandarin-speaking manufacturing groups.

Own and architect the core ranking system end-to-end: model design, production reliability, automated retraining, bias mitigation, personalization, and cross-functional technical leadership. Mentor engineers, drive roadmap, and scale experimentation and ML infrastructure.

Lead small multidisciplinary teams to design, integrate, and test RF and sensing systems (antennas, transceivers, positioners, front-end/back-end hardware and software). Define requirements, perform trade studies, develop verification and test plans, run over-the-air demonstrations, analyze performance via simulation and measurement, troubleshoot subsystems, and produce design documentation and reports for transition to low-volume products.

Lead small multidisciplinary teams to design, integrate, and test RF and sensing systems (radar, EW, signal processing). Define requirements, perform trade studies, develop test plans, conduct over-the-air demonstrations, validate performance via simulation and measurement, and prepare design and test documentation while coordinating with mechanical, firmware, software, and systems engineers.

Lead small multidisciplinary teams to design, integrate, test, and demonstrate RF and sensing systems (antennas, transceivers, amplifiers, positioners, ADC/DACs). Define requirements, perform trade studies, develop test plans, run over-the-air demonstrations, collaborate with mechanical, software, firmware, and signal-processing teams, and produce documentation and performance reports.

Design, develop, and maintain ground control and mission-planning software for the X-BAT platform. Build full-stack, low-latency, fault-tolerant systems for telemetry fusion, operator UIs (React/TypeScript), communication interfaces, and integrations with autonomy and flight teams. Lead feature development, write well-tested code, and collaborate across embedded, UX, and flight-test teams to deliver field-ready solutions.

Support avionics and power systems for the X-BAT aircraft: set up and execute benchtop and environmental test campaigns, debug PCBAs and harnesses, design simple PCBAs/fixtures, assist avionics lab buildout, and collaborate with cross-functional teams on high-voltage power systems (generators, batteries, converters).

Design and integrate real-time automotive systems with focus on high-performance SoC architectures. Lead hardware/software architecture, high-speed interfaces, sensor selection for ADAS, safety/security per ISO 26262/21434, DFMEA/FTA analysis, and cross-functional integration to deliver fail-operational vehicle systems.

Designs, integrates, tests, and optimizes complex semiconductor equipment systems. Responsibilities include defining subsystem architectures, analyzing requirements, leading architecture reviews, qualifying prototypes, troubleshooting engineering issues, supporting system integration, coordinating reliability testing, and assisting field and manufacturing teams. The role spans electrical, mechanical, physics, algorithms, and software disciplines.

Serves as the technical authority for system configuration, leading complex client designs, business rule implementation, governance, quality improvement, and configuration risk management. Mentors Configuration Analysts, establishes standards, reviews technical designs, troubleshoots production issues, supports root cause analysis, and collaborates with implementation, engineering, product, and support teams to improve scalability, maintainability, and client outcomes.

Own system-level definition and customer application support for GaN and synchronous-rectifier FETs used in datacenter power conversion. Responsibilities include benchmarking devices, developing simulations and analytical models, creating reference designs and application materials, supporting OEM and ODM design-ins, defining next-generation product requirements, and building evaluation platforms for high-power converter topologies.

Own the full embedded electronic systems lifecycle, including architecture, circuit and PCB design, firmware development, documentation, validation, and production support. Develop C/C++ firmware for ARM platforms, implement communication protocols, perform hardware bring-up and debugging, and lead design reviews. Collaborate cross-functionally to resolve hardware and firmware issues and ensure system requirements are met. Preferred experience includes Embedded Linux, Yocto, device drivers, motor control, and power electronics.

Provides system-level engineering for RF, radar, and communications sensing systems. Responsibilities include requirements development, link budget analysis, antenna and RF component design, platform and payload controls, manufacturing support, simulation, FPGA/DSP/software integration, system testing, and technical documentation. The role requires collaboration across hardware, software, and middleware teams while sustaining classified defense system configurations.

Lead evaluation and benchmarking of autonomous vehicle systems, validate hardware and software integration, develop simulation and real-world performance metrics, establish safety cases and hazard analyses, and coordinate technical release criteria with internal and external engineering teams. The role requires rigorous assessment of autonomous driving capabilities, fault management, minimum-risk maneuvers, and readiness for safe, scalable deployment.

Designs, develops, tests, troubleshoots, and enhances large-scale distributed systems software. The role involves building networking, database, utility, and internet-related subsystems; integrating microservices and AI/ML services; debugging code; and creating testing documentation. The engineer leads project teams, collaborates with internal and outsourced development partners, communicates project progress, and mentors less-experienced engineers.

Develops and deploys control, graphics, 3D rendering, and computer vision software for power products. Responsibilities include evaluating and integrating emerging technologies, defining software interfaces, writing and integrating modules, conducting simulations, supporting project execution and sales proposals, and providing technical coaching. Requires engineering or related science education, two years of automation or control systems experience, C++ and related programming skills, strong collaboration abilities, MS Office proficiency, and travel availability up to 25%.

Designs and develops wireless RF front-end modules for cellular and Wi-Fi standards. Responsibilities include RF performance characterization, measurement setup development, module debugging, tuning, optimization, DoE analysis, and contributions to FEM architecture and semiconductor process development. Requires expertise in RF test equipment, power amplifiers, envelope tracking, APT, DPD, RF components, and data-processing programming.

Test Tactical Tomahawk Weapons Control System software across multiple configurations in laboratory environments. Responsibilities include configuring and troubleshooting hardware, simulators, and networks; analyzing test data; developing test procedures, plans, reports, and verification matrices; documenting defects; verifying software fixes; conducting peer reviews; and presenting testing results. The role requires on-site work in King George and Dahlgren and an active Secret clearance.

Own end-to-end software integration across firmware, BSP, drivers, GPU software, services, and release systems. Lead system-level debugging of boot failures, crashes, resets, power transitions, performance regressions, and update issues. Analyze logs, traces, crash dumps, and hardware diagnostics to identify root causes, automate failure classification, integrate partner software, and coordinate cross-functional resolution across firmware, kernel, hardware, architecture, and OS teams.

Lead the development and optimization of precision motion-control systems for semiconductor metrology and inspection equipment. Analyze machine dynamics, tune PID and feedforward controllers, perform system identification and modal testing, develop calibration methods, and validate performance. Collaborate across mechanical, optical, electrical, software, systems, and algorithm teams while supporting root-cause analysis, technical documentation, mentoring, and technology roadmaps.

Design and validate integrated optical and photonic sensor systems for semiconductor lithography. Responsibilities include optical simulation, system performance analysis, laboratory testing, characterization, alignment, test software development, troubleshooting, root-cause analysis, and technical documentation. The role collaborates with multidisciplinary engineering teams, researchers, suppliers, and external partners to translate requirements into practical engineering solutions and recommend design improvements.

Performs information system security engineering across the system development lifecycle, integrating security requirements, assessing risks, implementing controls, and supporting RMF and A&A activities. Develops SSPs, SARs, POA&Ms, and other authorization artifacts; evaluates architectures, vulnerabilities, system changes, and security solutions; supports secure system design, testing, configuration management, continuous monitoring, and Cross Domain Solutions. Collaborates with engineers, assessors, program managers, and authorizing officials to maintain cybersecurity and system resiliency.