Top System Engineer Jobs

The System Engineer leads applications and systems engineering for capacitance gauging, integrating technology, troubleshooting, and providing technical support during the product lifecycle.

Lead mechanical design, integration, and validation of ultra‑clean multi‑chamber vacuum subsystems for semiconductor equipment. Develop chamber hardware, interfaces, contamination‑control strategies, and vacuum operation schemes. Perform structural/thermal/vibration analyses, pumping and conductance assessments, and oversee prototype testing. Drive cross‑functional integration, design reviews, FMEA, reliability improvements, supplier evaluation, and mentor engineering team members.

Design and validate vacuum and gas-flow architectures for EUV lithography scanners and test rigs. Specify components, cleanliness processes, pump-down/vent procedures, and perform modeling, DOE, qualification testing, and contamination troubleshooting. Collaborate across projects, document technical requirements, and support transfer of vacuum systems knowledge across ASML units while following EHS and export-control requirements.

Lead system-level test strategy and execution for counter-UAS products, designing and running integration and field test campaigns. Build test tooling, automation, and HIL/RF-chamber setups; collect and analyze test data; triage complex HW/FW/SW/RF/network failures; evaluate integrations against acceptance criteria; partner with product and engineering teams to improve testability and reliability.

Design, train, optimize, and validate deep learning and computer vision algorithms for edge devices. Implement and optimize models for runtime on Ambarella hardware and assess performance on large-scale datasets.

Lead systems engineering for satellite ground systems: define interfaces, produce interface control documents, create N2/dataflow diagrams, develop and execute integration and test plans, verify interface requirements, perform V&V, conduct trade studies, and support mission integration and operations with multi-disciplinary teams and international partners.

Lead quality assurance for systems and products: investigate/resolve issues, perform root-cause and failure analyses, drive corrective actions, analyze defect trends, support product development, mentor engineers, and ensure compliance with quality standards.

Design, implement, and commission SCADA, process control, and safety systems. Develop and modify control logic, implement Ignition systems, perform FAT/SAT and on-site commissioning, interact with customers, assist proposal development, and travel to client sites.

Senior-level MBSE Systems Engineer to develop and maintain MBSE artifacts (UML/SysML), model architectures, run simulations, build data analytics pipelines, support requirements and interface management, and present technical findings to government stakeholders while mentoring teammates.

Perform Model Based Systems Engineering (MBSE) for complex systems: create SysML/UAF architectures, simulate performance (MATLAB/Jupyter), maintain MBSE artifacts, support requirements/interface management, develop data analytics pipelines (Python/R), engage with stakeholders, mentor teammates, and support proposals and technical assessments.

The Principal System Integration and Test Engineer designs and tests solutions, prepares and executes test plans, supports customer interactions, and ensures integration of new products with a focus on technical problem-solving.

Intern will assist with embedded software development, debugging, and testing for advanced MIMO MANET radios, while learning and developing skills.

The Senior Principal Project Engineer leads project development in photonics, managing team dynamics and ensuring successful execution while employing best practices and anticipating risks.

Support maintenance, troubleshooting, programming, testing, and upgrades of the plant DCS, PLCs, SCADA, HMIs, industrial networks, CEMS, and related automation. Assist senior staff with control logic development, commissioning, data analysis, cybersecurity backups, outage support, and operator support to ensure safe, reliable plant operations.

The System Engineer III manages system requirements, leads design activities, and ensures technical integrity, focusing on integrating requirements, design, and technology for classified systems.

Profile, benchmark, and optimize embedded hardware product performance across OS, application, camera/vision, graphics, and platform stacks. Build benchmarking methodologies and tooling, define KPIs and measurement frameworks, investigate field regressions, and partner with cross-functional teams to drive performance improvements from lab characterization through product launch and real-world usage.

The Senior Mechanical Engineer will lead the design and testing of superconducting cable systems, ensuring effective integration and mentoring junior engineers.

The System Engineer Level 3 analyzes requirements, leads design and development, provides technical leadership, and manages integration activities. They ensure technical integrity, develop documentation, and communicate with stakeholders, requiring extensive experience and TS/SCI clearance.

Analyze user requirements, develop specifications, guide design and development activities, provide technical leadership, and communicate with government technical personnel.

Design, implement, and optimize Linux kernel drivers and low-level userspace libraries for PCIe AI accelerators. Prototype and validate features on pre-silicon platforms, perform first-silicon bring-up, debug hardware/software interactions, profile host I/O paths, deliver tests, and expose telemetry for management and BMC integration while influencing future chip architecture.

Provide senior-level pre- and post-sales technical support for HPE networking solutions (campus and distributed branch). Design and present solutions, build proofs-of-concept, perform wireless site surveys, implement NAC and security, manage accounts and channel partners, and drive opportunities to close while supporting customers onsite in the assigned territory.

Design, develop, test, and manufacture motion control and electromechanical systems. Architect closed-loop control systems, define cross-discipline interfaces, support requirements and verification, present technical content, guide test plans, and deliver flight-capable hardware on schedule.

Design and support fluid and mechanical systems for rocket engine ground test facilities across the full lifecycle. Produce P&IDs, models, drawings, and analyses; apply fluid mechanics and structural fundamentals to cryogenic, propellant, and high-pressure gas systems; support supplier coordination, hazard assessments (PHA/HAZOP), fabrication/start-up, configuration management in Windchill, and on-site commissioning and field operations.

Work with customers to apply and demonstrate metering technologies, troubleshoot SEL products, analyze meter and relay responses to faults and power quality issues, teach customers product use, and contribute to technical papers and application guides.

Provide SETA technical leadership for ground system architecture and operations supporting classified space missions. Advise government leadership on antenna scheduling, network operations, requirements and architecture, integration planning, baseline control, risk/deficiency resolution, test readiness, mission partner onboarding, and operational data-flow performance. Track deficiencies, evaluate telemetry and scheduling data, coordinate cross-functional stakeholders, prepare technical recommendations, and mentor junior staff in a high-visibility classified environment.