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The FPGA Verification Engineer will develop and verify electronic products for space systems and high reliability applications, collaborating with cross-functional teams.

Develop, test, and maintain embedded software for satellite, airborne, and ground systems across the full software lifecycle. Implement and integrate code (Rust/C/C++/Python), work with Embedded Linux and FPGA interfaces, configure embedded Linux distributions, use messaging protocols, produce UML diagrams, follow formal development practices, and support integration, documentation, and operations in an on-site defense environment.

Develop, test, and maintain embedded software for satellite, airborne, and ground systems across the full software lifecycle. Work on-site to implement CI/CD and containerized workflows, design using UML, integrate with FPGAs and messaging (MQTT/ZeroMQ), configure embedded Linux distributions (PetaLinux/Yocto), and follow formal software development and configuration management practices.

Provide systems engineering expertise for radar, site activation, or compute IPTs. Develop and manage requirements with traceability, perform functional analysis and trade studies, support integration/test/verification, define TPMs, prepare program review materials, capture technical content for CDRLs and baseline updates, and present technical briefings to leadership and customers.

Perform end-to-end system and software testing for the DARC radar program, develop test plans/procedures, support fault detection/isolation/recovery, aggregate and analyze test data, assist test automation and system integration from subsystem to system level, and produce final acceptance test reporting while supporting an agile development team.

Lead teams in developing and implementing requirements, architecture, and integration for Space Missions while managing cost, schedule, and risk. Guide the architecture, design, integration, and testing teams, mentoring other engineers and maintaining effective relationships within the organization.

Lead engineering teams through program lifecycle for Space-based systems; manage technical baseline, integrate testing, and mentor engineers.

Lead teams in systems engineering to manage requirements, architecture, integration, and test plans for space missions. Oversight includes technical baseline, cost, and schedule management, mentoring engineers, and maintaining stakeholder relationships.

Provide configuration and data management support across programs: maintain Configuration Management Plans, run CCBs/ERBs, control PLM-held configuration data, track and deliver SDRLs/CDRLs per contract, interact with customers and suppliers, prepare transmittals, provide C&DM guidance and training, and ensure process compliance for program milestones.

Designs and implements RF payload calibration solutions, develops physics-based calibration models, error budgets, and bias corrections. Evaluates payload performance requirements, supports test/verification, and collaborates with systems, mechanical, electrical, software, and test teams. Supports pursuit and execution of RF sensing mission opportunities and presents results to peers, management, and customers.