One or more postdoc positions in advanced antenna architectures for small satellites with mechanical beam steering techniques

This position requires a highly educated and experienced researcher with a doctorate-level background, specializing in advanced antenna architectures tailored for small satellite applications. Candidates must demonstrate independent research capabilities, reflecting substantial expertise in the design, development, and analysis of antenna systems. A deep understanding of mechanical beam steering techniques is essential, emphasizing practical and theoretical knowledge of mechanisms that enable directional control of antenna beams without relying solely on electronic steering. The role demands proficiency in electromagnetic theory, antenna array design, and integration of mechanical components to optimize satellite communication performance. Experience with small satellite platforms, including constraints related to size, weight, and power, is critical. Candidates should be adept at employing simulation tools and experimental validation methods to innovate and refine antenna architectures. The position is suited for researchers with a strong publication record or equivalent research output, showcasing independent problem-solving skills and the ability to contribute to cutting-edge advancements in satellite communication technology. Overall, the ideal candidate combines advanced technical expertise in antenna engineering, mechanical systems for beam steering, and a thorough understanding of small satellite operational environments.