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Leads the design, modeling, simulation, integration, verification, and validation of advanced satellite and airborne communication systems. Develops system architectures, interfaces, performance models, link analyses, trade studies, and technical solutions. Resolves complex integration issues, guides engineering changes, supports design reviews and customer discussions, and improves modeling, requirements, verification, and systems engineering processes across multidisciplinary programs.

Supports the design, modeling, simulation, integration, verification, and testing of satellite and airborne communication systems. Performs link analysis, performance evaluation, trade studies, requirements and interface development, simulation analysis, troubleshooting, root-cause investigations, and technical documentation. Collaborates with multidisciplinary engineering and program teams throughout the product lifecycle while improving modeling workflows, automation, system performance, and engineering processes.

Supports the design, modeling, simulation, integration, verification, and testing of satellite and airborne communication systems. Performs link analysis, performance evaluation, trade studies, requirements and interface management, troubleshooting, root cause analysis, and technical documentation. Collaborates with multidisciplinary engineering and program teams throughout the product lifecycle while improving modeling workflows, automation, system performance, and engineering processes.

Leads the architecture, modeling, simulation, integration, verification, and validation of advanced communication systems for satellite, UAV, launch vehicle, and airborne platforms. Responsibilities include link analysis, performance evaluation, trade studies, requirements and interface management, technical investigations, system troubleshooting, documentation, design reviews, and cross-functional engineering leadership.

Supports the design, modeling, simulation, integration, verification, and testing of satellite and airborne communication systems. Performs link analysis, performance evaluation, trade studies, requirements and interface reviews, troubleshooting, root-cause investigations, and technical documentation. Collaborates with software, RF, electrical, mechanical, quality, integration, test, and program teams throughout the product lifecycle while improving modeling workflows and engineering processes.

Leads spacecraft assembly, integration, and test operations with emphasis on electrical ground support equipment. Defines requirements, test plans, procedures, schedules, and verification matrices; validates electrical interfaces; conducts environmental, RF, EMI/EMC, thermal vacuum, and other qualification tests; troubleshoots anomalies; analyzes test data; supports mission and launch operations; and provides peer leadership across satellite integration campaigns. The role requires daily onsite work in laboratory and cleanroom environments.

Designs and implements test architectures, plans, procedures, fixtures, and automation for board-level power, digital, RF, and integrated aerospace electronics. Executes prototype, qualification, acceptance, signal integrity, environmental, and compliance testing; develops Python-based test software; analyzes and presents results; advises on design for testability; trains technicians; and supports laboratory development and management.

Leads spacecraft assembly, integration, and test operations with emphasis on electrical ground support equipment. Responsibilities include defining EGSE requirements, creating test plans and procedures, validating electrical interfaces, conducting environmental and RF testing, troubleshooting anomalies, analyzing verification data, and supporting launch and mission operations. The role requires daily onsite work in laboratories and cleanrooms, collaboration across systems engineering and program management, and peer leadership during satellite integration and test campaigns.

Design, develop, deploy, integrate, and test ground software for satellite command and control, telemetry, ground stations, and monitoring. Build real-time data acquisition and visualization systems, automate satellite operations, troubleshoot operational issues, and validate software using simulators and real-world scenarios. Collaborate with hardware engineers and satellite operators while providing technical leadership and mentorship.

Develop and scale automated test software and infrastructure for RF and satellite communications payloads. Responsibilities include controlling laboratory instrumentation, implementing system and component validation sequences, debugging hardware/software integration issues, building reusable frameworks, integrating tests into CI/CD pipelines, and improving test reliability and scalability. The role collaborates across software, hardware, and systems teams to translate requirements into effective automation strategies and support laboratory-based validation.