Digital and high-frequency electronics form the backbone of modern technology, enabling high-speed data processing, efficient energy conversion, and seamless connectivity. At SDU, our section combines expertise in embedded and power electronics, advanced communication systems, antenna design, and energy harvesting technologies to create next-generation solutions for diverse applications.
These capabilities are essential for autonomous robotics and flying drones systems, which are rapidly evolving to perform operations in hard-to-reach and hazardous environments. Building such systems requires embedded platforms that deliver computational performance, energy efficiency, and adaptability, while ensuring self-sustained operation through innovative energy harvesting and optimized power management.
Today, robotics, aviation, and automotive systems rely on electronics for more than 60% of their functionality, and this share continues to grow. Looking ahead, advanced embedded systems, optimized, reconfigurable, and capable of executing complex tasks in real time, will serve as the “brains” of fully autonomous systems, supported by cutting-edge power electronics, high-frequency communication technologies, and sustainable energy solutions.
