Top System Engineer Jobs

Supports integration, testing, validation, debugging, and optimization of hardware, software, firmware, and system-level solutions. Analyzes technical data and test results, contributes to prototype bring-up and test-plan execution, documents engineering activities, and collaborates with multidisciplinary teams across product development and release. The role is intended for graduates with coursework, projects, internships, or up to two years of relevant experience.

Develop and automate system-level RF validation for next-generation RF SoC platforms from silicon bring-up through production. Design 3GPP conformance tests, build Python and MATLAB automation frameworks, characterize RF subsystems, analyze performance metrics and large datasets, debug hardware and software issues, optimize test instrumentation, and create regression environments, technical reports, and validation documentation.

Provides senior-level systems engineering leadership across the full system life cycle. Analyzes complex technical designs and alternatives, develops engineering work products and standards aligned with ISO/IEC 15288, evaluates technologies, resolves advanced engineering issues, coordinates technical personnel, supports enterprise-level projects, and briefs stakeholders on technical status, risks, and recommendations. Requires an active TS/SCI clearance with appropriate polygraph.

Lead integration, maintenance, and automation of heterogeneous hardware and software control systems for quantum computers. Manage networked lab infrastructure, CI/CD pipelines, observability, and provisioning. Support incident response, testing, and orchestration, collaborating with software, hardware, and test teams to ensure reliability and operational readiness of development and production environments.

The Senior Software Engineer will develop systems for scientific workflows, APIs, and applications, collaborating across teams to enhance performance and reliability in production environments.

Integrate humanoid hardware and software subsystems into a cohesive, deployable robot stack. Own bring-up, calibration, diagnostics, validation, and system-level debugging across perception, planning, locomotion, manipulation, controls, sensors, compute, and networking. Develop integration and regression tests, telemetry tools, dashboards, and release workflows while partnering with cross-functional teams to harden research into maintainable, field-ready modules.

Design, modernize, secure, and sustain enterprise applications and platforms. Support Agile teams with requirements elicitation, backlog prioritization, testing, release planning, risk/dependency tracking, documentation, and stakeholder engagement. Mentor junior systems engineers and collaborate across product teams to deliver enterprise budgeting and financial management capabilities.

Define analog power product requirements and roadmaps by analyzing applications and customer needs. Collaborate with design, applications, and marketing to assess architectures, validate silicon systems, troubleshoot system-level issues, document product lifecycle, and drive NPI strategy and cross-functional execution to maximize market adoption.

Design, develop, test, and document firmware/software for high-voltage power supplies. Implement embedded firmware (RTOS), FPGA/CPLD code, and digital control features; support verification, revision control, cross-team collaboration, and customer-facing technical documentation.

Design and optimize on-vehicle perception inference: allocate CPU/GPU resources, compress and quantize large multimodal models, build TensorRT model conversion pipelines, and deliver production-quality low-latency C++/CUDA inference for power- and thermal-constrained vehicle SoCs.

Develop and integrate software command-and-control solutions for satellite vehicles. Integrate satellites and flight software into a mission management platform, decompose customer mission requirements, troubleshoot hardware-software interfaces, and support scalable product solutions. The role requires expertise in embedded software, satellite protocols, command and telemetry standards, encryption, cloud services, and version control, along with strong customer communication and independent problem-solving skills.

Lead verification of features for NVIDIA-Cumulus Linux, develop test plans, execute tests, automate testing, and collaborate on issue resolution.

Build and maintain customer-ready Linux distributions, installation images, packages, and release processes for NVIDIA AI-RAN and AI products. Integrate NVIDIA software, drivers, and third-party components into Ubuntu and RHEL. Develop build automation and CI/CD pipelines, configure and validate Linux kernels and BSPs, troubleshoot platform integration issues, and collaborate with enterprise Linux and silicon vendors.

Integrate AI accelerator platforms into prototype and production rack-scale systems for customer datacenter deployment. Configure network, power, and compute equipment; develop scalable, manufacturable, and serviceable rack solutions; collaborate with architects, engineering, datacenter, sales, and marketing teams; and manage vendor partnerships. The role also supports rack design, networking, cooling, power systems, prototyping, and conversion to mass production.

The Robotics System Test Engineer will lead test strategies for robotic systems, perform testing in outdoor environments, and ensure safety and reliability for autonomous operations.

Lead architecture, integration, deployment, and optimization of enterprise EDR platforms (MDE and Trellix HX) across hybrid environments. Author engineering plans, tune agent policies, translate threat intelligence into IOCs using KQL and YARA, support SOC for advanced forensics, advise stakeholders on system risk, and mentor junior engineers. Work requires operation in a highly classified environment defending national security infrastructure.

Provide pre-sales technical leadership for intralogistics system solutions: develop conceptual designs, perform equipment sizing and BOMs, create cost estimates and proposals, support RFQ/RFP responses, present solutions to customers, coordinate cross-functional handoffs, and provide limited post-award technical support to ensure performance, safety, and execution feasibility.

The System Engineer Level 3 is responsible for automating infrastructure, optimizing CI/CD pipelines, managing cloud-native environments, and partnering with software teams for deployment efficiency.

Lead design, integration, qualification and testing of complex sub-modules and multi-subsystem ASML systems. Drive requirements, feasibility, detailed design, test development, and cross-team supplier/customer interfaces. Mentor peers, support project planning, ensure product quality and safety, and document technical choices throughout the project lifecycle.

Manage, maintain, and upgrade production Linux (CentOS/RedHat) servers and VMware infrastructure. Monitor systems with Nagios, develop automation scripts, implement security hardening, handle backups and disaster recovery, troubleshoot hardware/software and network issues, and support application deployments and system rollouts.

Support, administer, and secure Windows and Linux server environments; automate system administration; manage patching, compliance, and vulnerability remediation; administer networking (Cisco/Juniper/Arista) and directory services (AD/LDAP/Centrify); support Kubernetes/container environments; troubleshoot complex system and infrastructure issues; monitor performance and document configurations; communicate technical issues and escalations to stakeholders.

Lead onboard brake system engineering for rolling stock: write system and functional requirements, manage interfaces, review supplier documentation, support integration, testing, validation and vehicle approval, ensure compliance with railway standards, and support homologation and design verification activities.

Design, develop, test, and maintain mission data for airborne electronic warfare systems. Lead mission data engineering efforts including emitter definition programming, simulation and lab verification, rapid reprogramming, and stakeholder coordination. Provide technical leadership during system test and evaluation and mentor junior staff.

Design, integrate, and validate mechanical and thermal subsystems for high-voltage, high-power data center power solutions. Responsibilities include enclosure and busbar design, CFD thermal simulations, prototype builds, verification testing, manufacturability, and collaboration with electrical, reliability, and manufacturing teams to ensure robust, production-ready power distribution systems.

Serve as technical lead between NVIDIA and hyperscale CSPs on GPU firmware and system software. Drive firmware update orchestration, recovery procedures, multi-GPU coordination, telemetry/health monitoring, and incorporate CSP feedback into NVIDIAs roadmap to improve fleet-scale manageability and reliability.