Own significant components of the end-to-end design of advanced phased array antennas, from radiating element to the full array, for microwave and millimeter-wave applications (X, Ku, Ka-bands).
Define system-level RF architectures, including leading trades between analog, digital, and hybrid beamforming approaches to meet platform constraints (SWaP, thermal, etc.).
Guide and perform critical electromagnetic (EM) simulations using tools like HFSS, CST, and TICRA to optimize array performance, scan volume, and impedance matching.
Collaborate closely with RFIC/MMIC, T/R module, DSP, mechanical, and thermal engineers to define requirements and ensure a cohesive system design.
Oversee the entire hardware lifecycle, guiding the fabrication, characterization, and environmental qualification (e.g., thermal-vac, vibration, radiation) of antenna systems.
Mentor other engineers and drive technical excellence through rigorous design reviews and data analysis.
Requirements
B.S. in Electrical Engineering with 10+ years of experience in RF antenna design or M.S. in Electrical Engineering or a related field with 5+ years of experience in RF antenna design.
Deep expertise in electromagnetic theory and its application to antenna design, particularly for phased arrays.
Proven experience leading the design of an antenna or phased array system.
Proficiency with at least one major 3D electromagnetic simulation tool (e.g., HFSS, CST).
Understanding of the trade-offs between different beamforming architectures (analog, digital, hybrid).
Familiarity with antenna measurement techniques and anechoic chamber testing.