Electromagnetic Engineering

无线通信和先进传感器需要各种类型的先进天线以及相关的微波和毫米设备。本研究涉及电磁工程的基本问题，主要研究天线、微波电路、器件及其在电磁环境中的集成，以及电磁波现象中的新问题。这些领域对于推进信息通信技术（ICT）和传感器技术至关重要。主要目标是调查和开发分析和实验技术，以开发创新的天线系统，电路和天线小型化的新材料，相控阵和智能天线，相互耦合效应，波-物体相互作用以及电磁兼容性和干扰，健康问题和通信的应用。这项研究是与实际实施和技术向工业转移同时进行的。

Wireless communications and advanced sensors require advanced antennas of various types and associated microwave and millimeter devices. The proposed research deals with fundamental problems in Electromagnetic Engineering with the main focus on antennas, microwave circuits, devices and their integration in the electromagnetic environment as well as new emerging issues in electromagnetic wave phenomena. These are areas of vital importance to advancing information and communication technology (ICT) and sensor technology. The main objectives are to investigate and develop analytical and experimental techniques for developing innovative antenna systems, new materials for circuits and antenna miniaturization, phased arrays and smart antennas, mutual coupling effects, wave-object interaction and applications to electromagnetic compatibility and interference, to health issues and to communications. The research is conducted in parallel with practical implementation and technology transfer to industry in mind.