Jobs at BAE Systems, Inc.

The role involves leading proposals for mission systems, developing system architectures, and maintaining customer relationships while mentoring teams to resolve technical challenges.

The Principal Engineer - FPGA Design leads innovative electronic system designs, collaborates on high-reliability applications, and provides technical leadership in a fast-paced environment.

Lead a multi-disciplinary engineering team to design and build complex RADAR systems, ensuring on-time deliverables and maintaining customer relationships. Provide technical oversight, manage contracts, and mentor other engineers while implementing continuous improvements.

The Senior Principal Engineer leads systems engineering efforts for space systems, guiding technical teams from development to operational delivery and ensuring alignment with program objectives.

The role involves providing leadership in systems engineering, developing space systems, mentoring engineers, and ensuring technical solutions align with customer objectives.

Lead proposals and studies for system architecture and design in mission engineering, ensuring customer needs are met and mentoring teams.

Design and execute precision assembly and microelectronic packaging processes for space-flight focal plane subsystems. Work hands-on in a Class 100 cleanroom, create and maintain process and configuration-controlled documentation, support manufacturing readiness and quality assurance, and collaborate with multidisciplinary teams across mechanical, thermal, electrical, and optical interfaces for civil and defense space programs.

Perform radiation effects engineering and testing for spacecraft EEE parts and circuits, supporting SEE, prompt dose, heavy ion, and neutron campaigns. Design tests and plans, execute onsite tests at external facilities, analyze data (TID, SEE, DDD, ELDRS), write reports, and advise design teams on radiation impacts and compliance. Collaborate with cross-functional teams and present results at program reviews.

Perform end-to-end payload performance analysis for EO and multispectral sensors, conducting radiometric, spatial, and spectral assessments, modeling unresolved imagery, supporting requirements, verification/validation, and interfacing with systems, calibration, image processing, and hardware teams to verify payload performance across mission scenarios and environments.

Perform end-to-end electro-optical (EO) payload performance analysis across radiometric, spatial, and spectral domains. Develop and execute modeling/simulation for sensor performance, simulate unresolved imagery, support requirements, verification/validation, and interface with systems, calibration, processing, hardware, and test teams. Present results and support program reviews and payload verification.

Perform radiation engineering and testing for spacecraft EEE parts: support SEE, TID, heavy ion and neutron campaigns; design tests and plans; analyze data; write reports; review parts and advise circuit/system teams on radiation impacts and compliance.

The MBSE Core Capabilities Engineer focuses on advancing tools and infrastructure for Model-Based Systems Engineering, requiring expertise in Cameo/MagicDraw and SysML.

The MBSE Core Capabilities Engineer leads Tools and Infrastructure for Model-Based Systems Engineering, providing expertise in tools and collaboration across sectors, while supporting MBSE adoption and organizational change management.

The MBSE Core Capabilities Engineer supports Model-Based Systems Engineering by advancing tools and infrastructure, collaborating with teams, and improving adoption of MBSE methods.

Responsible for systems engineering within a multi-disciplinary team, focusing on requirements development, validation, and verification for complex missions, along with mentoring and leadership in technical projects.

The role involves system performance analysis using custom tools, developing new algorithms, and supporting project milestones while ensuring effective communication and documentation.

Support modeling and simulation tools for performance requirements analysis in mission systems. Collaborate on projects, develop algorithms, and create presentations.

The Engineer Principal will lead testing of space flight hardware, guiding a team in spacecraft assembly and launch operations, ensuring rigorous testing procedures and integration.

The Engineer II will develop and manage requirements for complex systems, lead multidisciplinary teams, support proposals, and mentor junior engineers within a collaborative environment.

Lead and manage all aspects of high-value proposal development from solicitation to delivery. Coordinate writers, volume leaders, and subcontractors; develop schedules, compliance matrices, win themes, and review events; ensure solicitation compliance; mentor proposal staff; liaise with capture, business units, and senior management to produce compelling, timely, compliant proposals.