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Own execution of multidisciplinary hardware and software development programs from design through qualification and delivery. Manage integrated schedules, budgets, risks, configuration activities, procurement coordination, testing, customer engagement, government reporting, contract data deliverables, and cross-functional engineering execution. The role also supports production transition, proposal development, and communication with executive and government stakeholders in aerospace, defense, and space systems programs.

Lead the full lifecycle development, testing, and support of embedded firmware for spaceborne radar sensors. Responsibilities include requirements development, firmware architecture and implementation, hardware-aware optimization, resource trade studies, hardware-based testing, and cross-functional collaboration with algorithm, hardware, FPGA, and mechanical engineers. The role also supports recruiting and hiring in a rapidly growing startup.

Lead RTL design and FPGA development for spaceborne radar systems and signal-processing algorithms. Responsibilities include defining firmware requirements, architecting embedded radar software, evaluating FPGA resource tradeoffs, integrating RTL on FPGA/SoC platforms, performing synthesis and timing analysis, and leading verification on prototype and flight hardware. The role also involves cross-functional collaboration and assisting with team hiring.

Lead design, prototyping, testing, calibration, and maturation of high-frequency and millimeter-wave electronically scanned radar antennas. Translate radar performance into antenna requirements, develop simulation and analysis tools, optimize phased-array performance, coordinate with suppliers, conduct near- and far-field measurements, support spacecraft integration and environmental qualification, and develop beam-steering and antenna control methods with FPGA, DSP, software, and RF teams. Drive technical reviews and hardware development from concept through flight-ready products.

Design, integrate, test, qualify, and transition flight-ready RF and microwave hardware for spaceborne electronically steered radar systems. Responsibilities include RF performance budgeting, circuit and PCB design, simulation, component selection, prototype bring-up, calibration, environmental qualification, manufacturing readiness, supplier engagement, and system integration. The role provides principal-level technical leadership across multidisciplinary engineering teams and requires extensive hands-on laboratory experience with specialized RF test equipment.

Own PCB architecture, layout, routing, quality assurance, and lifecycle execution for high-speed digital, mixed-signal, RF, and power boards supporting spaceborne radar and defense systems. Collaborate on stack-ups, signal integrity, manufacturability, mechanical and thermal constraints, vendor coordination, design reviews, documentation, libraries, and aerospace compliance. Support fabrication, assembly, bring-up, supply-chain readiness, and material qualification for high-reliability hardware.

Kapta Space seeks talented individuals for future employment opportunities in Geospatial Intelligence technology, focusing on spaceborne applications and defense missions.