Jobs at BAE Systems, Inc.

Perform mission systems analysis using a custom tool-suite to evaluate performance across space, air, and ground architectures. Develop modeling/analysis tools and algorithms, document results, present findings, support proposals, and work collaboratively on project milestones. Requires on-site presence and active Top Secret clearance.

Support mission operations preparation, launch, commissioning, and early operations by developing and validating operations products, rehearsing and executing tests, coordinating SMEs, supporting verification/validation, and preparing technical briefings. Work on-site full time and collaborate across engineering and business teams to ensure operational readiness.

Lead development and management of payload CONOPS and operations across program lifecycle. Define and verify requirements, translate stakeholder needs into constraints and procedures, identify subsystem interfaces, support fault management and integration/test, produce operations artifacts, communicate operations to customers, assess risks and changes, and mentor junior engineers. Ensure flight-like testing and provide presentations to stakeholders while maintaining collaborative cross-functional relationships.

Lead payload CONOPS and operations across program lifecycle: define, analyze, allocate, verify/validate requirements; guide subsystem development; define procedures, command sequences, interfaces, fault management, and operations documentation; support integration, test, risk management, and customer presentations; mentor engineers and maintain on-site engagement.

Lead architecture, design, analysis, modeling, and performance verification of remote sensing RF payloads for civil, military, and national space programs. Support proposal capture, technical reviews, risk assessment, integration, testing, and mentor engineering staff while aligning payload solutions to mission CONOPs and customer infrastructure.

Design, develop, integrate, and certify test system software and hardware (primarily Python and Ruby). Define requirements, implement test software, integrate instrumentation and hardware, build CI/CD and containerized workflows, collaborate across disciplines, and support program management and lifecycle activities for ground, airborne, and space systems.

Perform mission systems analysis using custom modeling and simulation tools to evaluate complex space, air, and ground architectures. Develop tools and algorithms, document results, present findings to stakeholders, support proposals, and contribute to team milestones while maintaining on-site presence and required security clearance.

Design, develop, integrate, and certify a company-wide digital test procedure application. Participate in requirements, architecture, implementation, CI/CD, and Agile development. Collaborate cross-functionally, communicate status to management, train staff, improve processes, and support system-level testing and certification. On-site presence required three+ days per week.

The role involves creating RF payload calibration methods, evaluating performance requirements, managing calibration models, and collaborating across engineering disciplines in the RF sensing mission area.

Support RF airborne and satellite payload programs through systems engineering tasks, performance analysis, and collaboration across teams from concept to delivery.

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.

Manage payload operations requirements, guide subsystem development, translate stakeholder needs, identify interfaces, support fault management and integration, mentor engineers.

The EMI/EMC Engineer II role involves defining compliance architecture, supporting EMI/EMC requirements for instruments and spacecraft, documenting results, and participating in all program phases.

Provide systems engineering leadership in technical teams for the development, verification, and operations of missions and subsystems while mentoring engineers and ensuring requirements traceability.

Develop a company-wide digital test procedure, collaborate with technical teams, and enhance the application through all stages including designing, implementing, and testing.

Manage Payload CONOPS and Operations requirements, guide subsystem development, interface with stakeholders, and mentor engineers while ensuring project success and quality standards.

The role involves leading FPGA verification for complex SoC designs, applying innovative techniques to develop electronic systems in a collaborative environment focused on space payloads.

The role involves defining EMI compliance architecture, supporting hardware development, documenting test results, and leading program lifecycle activities related to space-related electronics.

The Senior FPGA Design Engineer designs defense-oriented electronic systems, focusing on FPGA development, digital integration, and creating reusable circuits while working collaboratively in R&D environments.

Design, develop, integrate, and test optical systems for various clients, lead subsystem development, and contribute to proposals and reviews.