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Supports Electronic Warfare system integration and testing in a System Integration Lab. Executes engineering test procedures, operates RF and electronic test equipment, troubleshoots hardware, software, and RF issues, collects and validates technical data, maintains test traceability and lab readiness, and documents configurations, results, and work instructions. Collaborates with multidisciplinary engineering teams on verification, validation, and acceptance testing while adhering to safety and classified-environment security requirements.

Provides program-level systems engineering leadership for space and mission systems across architecture, requirements, integration, verification, and validation. Leads multidisciplinary systems engineering teams, manages technical baselines and budgets, coordinates trade studies and gate reviews, and interfaces with customers, program management, suppliers, and engineering organizations. The role owns requirements traceability, MBSE architecture, technical risk processes, and verification activities while mentoring engineers and supporting mission development through operations.

Analyze hardware and software failures, maintain FRACAS records, perform reliability prediction, maintainability and testability analyses, and develop corrective actions. Apply statistical methods, reliability growth analysis, and failure analysis techniques to improve product performance. Support reliability test plans, CAPA, DFR and DFM reviews, manufacturing improvements, and technical reporting. Lead reliability initiatives, small-scale improvement projects, and cross-functional teams while communicating findings to internal and external stakeholders.

Designs, develops, tests, deploys, documents, maintains, and enhances complex software systems for electronic warfare and advanced defense electronics. Responsibilities include algorithm development, real-time systems, application and systems development, software testing, troubleshooting, requirements analysis, and source-code management. The role requires full-time onsite work, an active Secret clearance, and U.S. citizenship, with opportunities to lead software development teams.

Designs, troubleshoots, integrates, tests, and supports production of digital, analog, mixed-signal, and power circuit card assemblies for military electronics and avionics. Leads electrical engineering efforts across the product lifecycle, develops hardware architectures using embedded processors and FPGA/SoC technologies, performs requirements development and trade studies, executes test plans, and supports new business capture. The role requires hands-on laboratory work, high-reliability embedded systems experience, and collaboration across engineering and product teams.

Supports implementation and production rollout of a PLM system, ensuring configuration and data management requirements are captured, implemented, and verified. Validates data migration, supports system upgrades and sustainment, participates in Agile/Scrum ceremonies, and assists with training, troubleshooting, user support, organizational change management, and process improvement. Collaborates with cross-functional technical and business teams in an on-site defense and aerospace environment.

Leads the design, architecture, requirements, integration, verification, and testing of satellite ground systems for government and commercial customers. Mentors systems engineers, manages requirements and interfaces, supports trade studies and risk assessments, leads design reviews and program gates, and develops technical solutions for complex ground-system challenges. The role requires customer interaction, technical leadership, and collaboration across engineering disciplines in an Agile, on-site environment.

Performs hardware and software failure analysis, FRACAS management, reliability data analysis, prediction modeling, maintainability and testability assessments, and reliability growth analysis. The role supports corrective actions, CAPA, Design for Reliability and Manufacturability reviews, manufacturing and quality improvements, test planning, documentation, and stakeholder presentations. It also leads reliability initiatives and cross-functional improvement projects while collaborating with engineering, manufacturing, quality, suppliers, customers, and test teams.

Lead systems engineering for advanced space and mission systems across architecture, requirements, integration, verification, and validation. Own technical baselines, system-level budgets, trade studies, interface and requirements verification, and major design reviews. Lead multidisciplinary teams, coordinate with customers, program management, suppliers, and engineering stakeholders, mentor systems engineers, and apply MBSE for architecture and requirements traceability. The role is fully on-site and requires an active Top Secret clearance with the ability to obtain and maintain TS/SCI with polygraph.

Leads element-level systems engineering for space-based missions, owning requirements baselines, system architecture, technical budgets, trade studies, integration, verification, validation, and major design reviews. Supervises and mentors systems engineers, coordinates multidisciplinary teams and stakeholders, supports risk management, and interfaces with customers, suppliers, program management, and engineering leadership. Uses MBSE and architecture modeling to maintain requirements and interface traceability throughout the program lifecycle.