Top System Engineer Jobs

Design, deploy, migrate, and optimize enterprise ArcGIS environments across cloud, on-premises, and hybrid infrastructures. Troubleshoot platform components (storage, networking, security), guide architecture decisions, certify GIS workflows with customers, and align technical objectives to mission needs for high-security national security operations.

Lead architecture, deployment, migration, and troubleshooting of enterprise ArcGIS systems in secure, mission-focused Defense and Intelligence environments. Advise customers on HA, performance, integrations across cloud, on‑prem, and hybrid infrastructures while providing technical leadership and aligning solutions to mission requirements.

Design, implement, and maintain secure, high-availability database solutions across cloud, on-premises, and hybrid environments. Collaborate with cross-functional teams to deploy, tune, automate, and secure mission-critical geospatial data platforms. Provide guidance on database design, migration, integration, backup/recovery, performance optimization, and compliance to support ArcGIS-driven systems.

Lead design and delivery of enterprise ArcGIS deployments for Defense and Intelligence customers. Architect, deploy, migrate, and troubleshoot ArcGIS across cloud, on‑prem, and hybrid environments; advise on HA, performance, security, integrations, and GIS workflows; provide technical leadership and customer-facing consulting.

Lead architecture and delivery of enterprise-scale ArcGIS deployments for defense and intelligence missions. Design high-availability architectures, migrate content, optimize performance, troubleshoot platform, storage, network and security issues, certify GIS workflows, and guide customers on cloud, on-premises, and hybrid deployments.

The PLSS Mechanical Engineer will develop and mature spaceflight hardware for EVA Spacesuits, managing projects from design to on-orbit operations.

This role involves supporting Linux-based systems, managing VMware VMs, ensuring security compliance, and providing 24x7 operational support.

Support and maintain test systems for consumer electronics, analyze requirements, generate documents, configure systems, troubleshoot, and report software bugs.

As a System Configuration Engineer, you will manage vehicle-level configuration, oversee CAD integration, maintain traceability, and coordinate with design and manufacturing teams.

Administer and maintain MES and manufacturing systems, Windows/Linux servers, Hyper-V, and SQL Server databases. Monitor performance, troubleshoot production incidents, manage backups/recovery, support storage/SAN/NAS and disaster recovery, ensure 24/7 factory continuity, maintain security/patching, coordinate with vendors and engineers, and develop operational procedures and documentation.

Responsible for designing, implementing, and maintaining complex IT systems. Lead systems projects and mentor junior engineers, ensuring system performance and compliance.

This role involves developing simulation infrastructure for GPUs, working with software teams, and improving workflows for chip modelers and designers. Responsibilities include coordinating with GPU architects, capturing requirements, and ensuring functional testing of GPUs.

Develop and optimize software for NVIDIA's autonomous vehicle platform, collaborating with teams and providing technical support for productization.

As a GPU Simulation System Software Engineer, you'll develop infrastructure for GPU simulations, coordinate with architects, and improve workflows for next-gen GPUs.

Lead development and productization of DGX/MGX L11 rack-scale systems through mass production. Drive system-level debug, create diagnostic tools/scripts, define manufacturing recipes and test criteria, collaborate with validation and manufacturing teams, guide factories to resolve issues, and present NPI status to executives.

As a System Design Engineer, you will develop GPU/Tegra based products, collaborate on cost-performance balance, lead testing, and optimize designs.

Conduct performance analysis on large multi-GPU clusters, evaluate interactions between libraries and hardware, and develop tools for performance visualization and data analysis.

Develop and maintain software for Tegra Diagnostics, including drivers and frameworks to stress SOC systems, while collaborating to improve software efficiency and debugging complex failures.

Design, develop, test, and qualify Flight Termination System hardware and explosive devices for Starship. Lead hardware lifecycle from concept through production, environmental and live-fire testing, integration, risk assessment, and root-cause investigations while collaborating across manufacturing, avionics, and flight safety teams.

Design, qualify, and deliver Starship Flight Termination System hardware and explosive devices. Lead hardware development from concept through production, validate reliability via rigorous environmental and live-fire testing, produce drawings/specs/analyses, partner with manufacturing and supply chain to scale production, drive root-cause investigations and corrective actions, and serve as chief engineer interfacing with stage, avionics, and flight safety teams.

Embed with Sales leadership to support forecasting, pipeline hygiene, and rep-facing ops. Own GTM tech stack administration and integrations, build AI-driven automations and SQL-driven reports, evaluate new tools, and resolve tooling/data issues to remove friction from selling.

Manage and administer IT systems and infrastructure, including IIS web servers, Windows Server (2008/2012), MS SQL Server, AD integration, Oracle/MySQL basics, application installation, configuration and troubleshooting. Follow IT service delivery practices and optimize enterprise databases.

Manage and engineer Microsoft Exchange environments, implementing high-availability, stability, and site resiliency (DR/failover). Develop and maintain PowerShell scripts to automate tasks and support Exchange server operations and recovery processes.

Lead AI system safety assurance for humanoid robots: perform STPA/FMEA hazard analyses, assess model-update risks, define AI safety requirements (inputs, confidence, OOD), develop V&V test cases, deploy validation cells, maintain traceability, and produce evidence packages for certification.

Lead system-level electrical design for industrial robotics: own schematics and PCB work in Altium, integrate sensors, motor drives, high-speed SerDes cameras, networking (EtherCAT/Ethernet/Wi‑Fi/5G), audio and display HMIs, cable harnesses, and industrial-grade designs. Collaborate with firmware, mechanical, supply chain, and manufacturing; run design reviews, validation, NPI support, and mentor engineers.