Emad Samuel Malki Ebeid

The section of Digital and High-Frequency Electronics at the Institute of Mechanical and Electrical Engineering, University of Southern Denmark, is recruiting for one or more research and teaching appointments in communications, radar systems, signal processing, and antenna design. The position is embedded in a growing research environment that links digital and high-frequency electronics with applications in intelligent devices, autonomous systems, robotics, drones, defence technology, and the Internet of Things. The research scope covers real-time wireless connectivity, physical-layer technologies, antennas for intelligent devices and edge computers, and integrated sensing and communication. Specific technical areas mentioned in the advert include 5G, mmWave, terahertz technologies, 6G and beyond, LoRa, software-defined radio, communication protocols, modulation techniques, radar-based object detection and tracking, and antenna design and implementation. Research activity is connected to broader expertise in FPGA and neuromorphic computing, edge AI, machine learning, sensing technologies, and energy harvesting. The section describes itself as an interdisciplinary and collaborative environment with staff, professors, PhD students, and engineers working across research, industrial collaboration, and education. It also contributes to Bachelor’s and Master of Science programmes in Electronics Engineering and plays a central role in electrical engineering education in Odense. The postdoc track emphasizes research within the scope of the position, contribution to course planning, support for teaching, supervision of Bachelor’s and Master’s students, and support for external funding applications. The assistant professor track emphasizes building an independent research agenda, publishing in journals and conferences, developing external research support, teaching courses in communications and sensor technologies, and contributing to academic service and student supervision. The section highlights its research areas in infrastructure inspection and maintenance, bio-inspired intelligent systems, high-frequency power management, and radar remote sensing, and notes its growing team and links to the wider Odense campus research and education environment.