Top System Engineer Jobs

Leads global teams developing production AI, GenAI, RAG, agentic workflow, and MLOps solutions for health systems and health plans. Translates clinical, financial, and operational challenges into HIPAA-compliant use cases involving clinical decision support, population health, revenue cycle, research, and optimization. Oversees healthcare data science engagements, model governance, executive stakeholder communications, client delivery, and team development.

Performs system verification, validation, integration, and root-cause analysis for autonomous vehicle and mobile robot platforms. The role creates Python automation for log processing and MQTT integration, manages test cases and evidence, configures fleet management and robot missions, builds test environments and maps, monitors hardware and software faults, and collaborates with engineering, development, and QA teams to resolve issues.

Develops and refines electrical interface designs and requirements for MK 41 shipboard vertical launching systems. Creates and reviews engineering models, CAD drawings, technical data packages, specifications, interface documents, analyses, and integration documentation. Updates designs to address electronic component obsolescence, performs documentation quality assurance assessments, identifies errors, and recommends product improvements. Collaborates independently and cross-functionally with launcher interface stakeholders.

Analyzes and optimizes semiconductor manufacturing operations through scheduling, real-time dispatch, line and area management, production metrics, automation, and scenario studies. Develops and deploys manufacturing systems, supports root-cause investigations, maintains processes and reports, applies industrial engineering and statistical methods, and collaborates on continuous-improvement training.

Develops and maintains spacecraft system test procedures, automated scripts, and test documentation. Validates scripts using simulators, emulators, test beds, and equipment; supports system-level test setup, execution, data collection, analysis, troubleshooting, and anomaly resolution. The role collaborates with systems engineering, special test equipment teams, and program management while supporting commercial and national security satellite programs.

Provides white-glove, end-to-end desktop and voice support for trading floors and investment banking teams. Responsibilities include troubleshooting hardware, software, operating systems, virtual desktops, telephony, and trading applications; executing production deployments; developing scripts; managing escalations, risk controls, vendors, and root-cause analysis; documenting incidents; improving support processes; and mentoring junior staff. The role requires 100% on-site work, 24/7 flexibility, on-call coverage, and alternative shifts.

Integrate HIL simulation frameworks with bench wiring, instrumentation, ECU hardware, software, and calibrations. Design and test HIL solutions, develop MATLAB/Simulink real-time models, integrate vehicle controllers and plant models, simulate sensors and actuators, automate testing, improve bench capabilities, define technical requirements, verify electrical integration, and support lab users across vehicle domains.

Develops and leads system-level hazard analyses, safety requirements, risk mitigation strategies, verification plans, and safety documentation for ISS payloads and systems. Reviews spacecraft architectures, operations, and flight changes; supports NASA safety boards, anomaly investigations, supplier compliance, and reliability assessments using FTA and FMEA. Presents safety findings to internal and external review panels and collaborates with NASA, contractors, international partners, and cross-functional engineering teams.

The Lead Mission System Flying Test Bed Engineer will lead flight test integration and execution for tactical sensors, manage teams, and ensure compliance with requirements.

Leads system safety engineering for International Space Station systems, payloads, and commercial vehicles. Responsibilities include hazard analyses, safety requirements, fault-tree and failure-mode analyses, safety documentation, supplier compliance, NASA safety reviews, test planning, readiness reviews, and Certification of Flight Readiness support. The role serves as technical lead and interfaces with NASA personnel, suppliers, reliability engineers, and cross-functional engineering teams.

Develop system-level diagnostics and stress-testing software for next-generation AI SoCs. Extend Arm diagnostics technologies, build validation utilities, automate testing across server and rack-scale environments, and identify hardware failures involving CPUs, memory, accelerators, PCIe, firmware, and other platform components. Collaborate with hardware, firmware, and validation teams to improve observability, fault isolation, silicon bring-up, reliability, and performance characterization across multiple platforms and silicon revisions.

Develop and maintain system-level test procedures and documentation for a U.S. Navy weapon system. Support requirements verification, on-site testing, data collection/analysis, anomaly resolution, and test reporting. Collaborate with mechanical/electrical teams, develop subsystem knowledge, and contribute to new test program planning and technical specialization.

Develop and extend low-level diagnostics and stress-testing software for next-generation AI SoCs. Build configurable validation tools covering CPUs, AI accelerators, memory, PCIe, storage, firmware, BMC, and other platform components. Investigate hardware failures, silent data corruption, timing issues, and system instability across multiple silicon revisions and environments. Collaborate with hardware, firmware, software, and validation teams to improve observability, fault isolation, silicon bring-up, and platform reliability.

Develop and extend system-level diagnostics, stress-testing tools, and validation utilities for next-generation AI SoCs. Diagnose hardware, firmware, operating system, and driver interactions across CPUs, memory, PCIe, storage, networking, and accelerators. Build configurable automation for silicon validation, expose intermittent failures and silent data corruption, improve observability and fault isolation, and collaborate with hardware, firmware, and validation teams across platforms and silicon revisions.

Develop system-level diagnostic and stress-testing software for next-generation AI SoCs. Build configurable tools that validate CPUs, memory, interconnects, PCIe, firmware, storage, and other platform components; expose intermittent failures and silent data corruption; automate validation across server and rack-scale environments; and improve hardware observability and fault isolation. Collaborate with hardware, firmware, software, and validation teams during silicon bring-up and platform reliability efforts.

Perform propulsion, engine/APU, and fuel system integration and installation analyses; produce certification and configuration deliverables; support qualification testing, troubleshoot production and delivery issues, manage supplier and fleet problems, and maintain safety and airworthiness artifacts.

Lead propulsion and fuel system integration, supplier oversight, and factory/delivery support for 787 aircraft. Develop and approve designs, manage specifications and testing, troubleshoot production issues, analyze performance and safety data, and coordinate across internal and external stakeholders to ensure airworthiness and timely deliveries.

Leads suspension system development for defense vehicles across concept, design, validation, production readiness, and launch. Designs robust chassis components, manages specifications, validation plans, engineering changes, supplier delivery, and compliance requirements. Applies DFMEA, DRBFM, DFSS, GD&T, tolerance analysis, CAE, and TcVis. Analyzes field data and KPIs, resolves complex engineering issues, supports vehicle build processes, and mentors junior engineers.

Develop and validate thermal and mechanical finite element models for superconducting interposer systems operating at millikelvin to 4 K temperatures. Build CAD geometries, define material models and simulation conditions, analyze stress and deformation, and validate predictions against low-temperature measurements. Collaborate with packaging, process, and device engineering teams on design, manufacturing, reliability, and failure mitigation. Document methodologies and communicate technical findings and recommendations to engineering teams and senior management.

Leads reliability, maintainability, and system health engineering across the systems lifecycle. Plans, designs, integrates, analyzes, verifies, and validates complex systems and system-of-systems solutions. Defines requirements, optimizes architectures, develops requirements-management methodologies, supports technical assessments, and provides strategic input for program decisions. The role supports aerospace and defense programs and may involve related systems engineering disciplines, domestic or international travel, and obtaining a U.S. Secret clearance.

Leads brake component and subsystem design, release, integration, validation, and production launch for vehicle programs. Responsibilities include managing product development teams, suppliers, technical specifications, pre-production builds, design validation, trade-off studies, root-cause analysis, warranty issues, and cross-functional coordination. The role applies CAD, CAE, FEA, modal analysis, and engineering processes to deliver safe, manufacturable, high-quality braking systems.

Build, configure, administer, and maintain Salesforce solutions supporting go-to-market teams. Translate business requirements into scalable technical designs, manage users and access controls, troubleshoot production issues, support integrations and multi-org initiatives, document configurations, and participate in testing, quality assurance, change management, and SOX-compliant releases. Collaborate with cross-functional stakeholders and external partners while communicating technical information and project risks clearly.

Intern validates Micron memory products across Intel, AMD, and ARM systems. Responsibilities include configuring hardware and software environments, executing compatibility and reliability tests, triaging failures, analyzing logs, developing automation with Python, PowerShell, or C++, documenting results, and presenting findings. The intern will complete a three-month technical project involving system bring-up, memory validation, test development, data analysis, and responsible use of AI-assisted engineering tools.

Lead mechanical systems design and analysis for B-52 fuels systems; develop and document mechanical, fluid, and thermal designs; prepare technical proposals and reports; supervise junior engineers; coordinate testing and cross-functional teams. Role is fully onsite in Oklahoma City.

Develop production-grade C++ software for General Motors’ Secondary Driving System, focusing on motion planning, controls, perception integration, and minimal-risk maneuvers. Design autonomy algorithms, optimize performance under real-time constraints, conduct simulation and on-road testing, debug cross-stack issues, and support functional safety and fail-operational requirements. Collaborate across robotics, ML, systems, safety, and vehicle engineering while mentoring other engineers.