Top System Engineer Jobs

The Aerospace/Mechanical engineer will oversee the acquisition lifecycle for the RS/RV Branch, guiding project development and collaborating with stakeholders on system integration and testing.

Develop backend features for Chewy.com, improve customer experience, maintain high-performance services, contribute to APIs, and participate in Agile practices.

The System Engineer develops manufacturing processes, coordinates new program launches, leads maintenance activities, evaluates assembly processes, and mentors junior engineers.

On-site production test engineer responsible for hands-on diagnostics, system-level fault analysis, and electronics testing of avionics assemblies. Collaborates with programs, engineering, and production to implement requirements, perform component-level troubleshooting using lab equipment, and support reliability and test processes with data analysis.

Support systems engineering, integration, and testing for the U.S. Navy AEGIS Weapon System. Review technical documents, develop and execute readiness tests, analyze test data, document anomalies, and produce reports for the customer. Attend stakeholder meetings and provide technical support in test environments; occasional shift work and travel may be required.

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.

The role involves system bring-up activities, debugging, developing tools and scripts, and collaboration with customers and engineers for system validation and enablement.

Design, implement, test, and operate core components of a distributed file system. Write high-performance C/C++ for kernel-adjacent and user-space storage, improve snapshots, caching, metadata, and protocol access (NFS/SMB/S3). Build HA stateful services on Kubernetes, lead design and code reviews, mentor engineers, and ensure production reliability, observability, and upgradeability.

Lead system-level debug and validation for Arm-based server blades and rack platforms. Drive post-silicon bring-up, cross-functional root-cause analysis, debug methodologies, tooling and automation, program metrics, and mentor engineers to ensure POR quality and timely issue resolution.

Assess hazards across airframe, electrical, mechanical, and software subsystems throughout the program lifecycle. Develop SSPPs and perform hazard analyses (FHA, PSSA, SSA, FTA, CMA, Zonal, PRA, O&SHA). Review designs, tests, and anomalies for safety impacts, prepare safety reports/presentations, collaborate with customers and program teams, and support proposals and safety board reviews.

Lead end-to-end development of next-generation BESS modules from concept through production. Define module architecture, own integration of cells, structures, thermal management, sensing, and bussing, and drive technical tradeoffs for performance, cost, safety, reliability, and manufacturability. Coordinate cross-functional teams, manage risks, guide development gates, benchmark products, and improve engineering processes to deliver launch-ready BESS modules.

Lead system definition and integration of BESS from concept through launch. Own system requirements and interfaces, perform modeling and testing, drive cross-functional tradeoffs, mitigate technical risks, and ensure products meet performance, safety, reliability, cost, and manufacturability targets.

The IAM & PAM Engineer will implement and manage identity and access management platforms, focusing on CyberArk, ensuring security compliance, and supporting integration across environments.

Lead calibration and system test for Secure Vehicle Access features: create and execute validation plans, develop calibrations and test automation, collect and analyze data, author validation reports, support certification, root-cause analysis, and stakeholder communication.

Lead electrical system design for space payload electronics including power conversion, focal plane interfaces, FPGA controllers, PCB layout, analog/digital circuitry, and system-level modeling. Provide technical leadership, perform trade studies, resolve hardware anomalies, ensure compatibility and reliability for NASA/DoD customers, and support design through production, integration, and test.

The Senior System Performance Engineer will enhance software performance for GM's Autonomous Vehicles, collaborating on tool development, optimizing software, and mentoring engineers.

The role involves developing, deploying, and maintaining backend services for Postman Flows in a Kubernetes cloud environment, focusing on high performance and operational excellence.

The Senior Engineer will test space flight hardware, support large and small tests, maintain accurate logs, document risks, and collaborate with teams to ensure effective integration and testing of spacecraft systems.

Lead a team to produce complex electronic control systems for aerospace applications, providing technical expertise in hardware, modeling, and design, while mentoring junior engineers and ensuring compliance with standards.

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.

The Senior Systems Integration and Test Engineer will perform system integration of hardware and software, working in a lab environment and during flight tests. Responsibilities include collaboration on embedded systems and supporting government-sponsored tests.

The role involves developing system qualification tests, understanding technology and test equipment, and ensuring accurate and repeatable testing processes.

Lead development of AI and ML solutions for healthcare systems, overseeing teams, driving use case development, and ensuring operational excellence while managing global delivery operations.

The Staff Software Engineer will lead technical projects on the Secondary Driving System, focusing on software architecture, multi-sensor perception, and integration, while mentoring the engineering team.

The role involves leading testing for occupant positioning systems, developing test methodologies, automating tests, analyzing data, and collaborating cross-functionally for system improvements.