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Develop space-based communication systems and phased-array architectures for satellites and aerospace platforms. Define, decompose, and trace requirements; design high-level hardware and software architectures; develop CONOPS; perform risk analysis; support verification planning and testing; and coordinate multidisciplinary engineering teams, vendors, and program stakeholders to resolve issues and deliver complex communication programs.

Leads systems engineering for complex aerospace communication systems across the product lifecycle, from mission objectives and requirements through architecture, integration, verification, launch, and operational support. Develops verification strategies, traceability matrices, configurations, acceptance criteria, and evidence packages; evaluates test results and resolves discrepancies. Coordinates with multidisciplinary engineering and program teams, supports planning and technical reviews, manages risks and milestones, and mentors junior engineers.

Lead systems engineering activities across the aerospace product lifecycle, including requirements definition, architecture, integration, verification, validation, and operational support. Develop verification strategies, traceability matrices, documentation, and test configurations; evaluate results and resolve discrepancies. Collaborate with multidisciplinary engineering, integration, test, mission operations, and program management teams to meet technical, cost, and schedule goals. Support planning, technical reviews, customer meetings, risk management, process improvement, and mentoring of junior engineers.

Leads satellite mission analysis and LEO constellation design, including orbital dynamics, architecture trade studies, communications performance, autonomous control, station-keeping, collision mitigation, replenishment, and end-of-life planning. Serves as a technical authority, guides simulation frameworks and modeling tools, advises engineering and program leadership, leads technical reviews, presents recommendations, and mentors engineers across systems and mission analysis disciplines.

Own the developer experience for software-defined radio and space communications development kits. Lead BSPs, source code distribution, firmware workflows, documentation, reference projects, tooling, automation, and release quality. Collaborate with hardware, FPGA, embedded, and applications engineering teams, gather customer feedback, and translate it into platform improvements. The role requires strong embedded or FPGA platform experience, C/C++ proficiency, embedded Linux or RTOS knowledge, Git, CI/CD, and hardware/software interface expertise.

Develop and maintain satellite flight software and software-in-the-loop systems across mission development, integration, testing, validation, and in-orbit support. Design software architectures, implement embedded and Linux-based systems, control spacecraft subsystems, perform code and design reviews, troubleshoot hardware and software, and support reliability, fault recovery, configuration management, and continuous integration. Mentor engineers and collaborate with hardware, ground systems, and mission operations teams.

Develop and architect space-based communication systems and phased-array payloads for satellites and aerospace platforms. Define, decompose, and trace requirements; support verification planning and testing; perform risk analysis; and develop system architectures and CONOPS. Coordinate multidisciplinary engineering teams, vendors, and component developers, resolve technical issues, track milestones, and drive complex communication programs toward successful delivery.

Designs and develops mechanical systems for phased-array satellite antennas, payloads, subsystems, and interfaces from concept through in-orbit support. Responsibilities include architecture trade studies, CAD and FEA, thermal and structural analysis, manufacturing, testing, qualification, mechanisms and actuators, environmental testing, and customer design reviews. The role also supports proposals and requires expertise in spacecraft environments, aerospace materials, electronics packaging, EMI/EMC mitigation, and reliable deployment systems.

Design and develop space-based communication systems, including architecture, payloads, requirements, CONOPS, risk mitigation, and system interfaces. Serve as the technical point of contact for communication programs, coordinating multidisciplinary engineering, program management, manufacturing, customers, vendors, and component developers. Lead requirements management, technical baseline discussions, issue resolution, milestone tracking, and continuous improvement across complex aerospace programs.

Develop and architect space-based communication systems, including phased arrays, payloads, subsystems, and hardware/software interfaces. Define, decompose, and trace requirements; support verification planning and testing; perform risk analysis; and develop mitigation strategies. Coordinate multidisciplinary engineering teams, vendors, and component developers while resolving program-level issues, tracking milestones, and driving complex aerospace communication programs toward successful delivery.