电气工程哲学博士

迅速增长的电气工程研究生课程具有独特的优势，可以推动推动纳米技术，生物技术，光学技术，信息和通信技术以及传感器和传感器网络革命性发展的技术。电气和计算机工程学院的教授在关键研究领域保持国家资助的计划，这些领域包括化合物半导体光电器件，硅光子学，光通信，显示器，微电子制造，MEMS，生物工程，无线通信和联网，传感，信号处理，码分多址以及时空编码。单个项目包括芯片上的DNA测试，生物细胞中的离子通道传输，纳米电子学，工程纳米系统，bioMEMS，宽带隙UV半导体器件，量子点IR材料，硅光子，柔性有机显示器，用
The rapidly growing graduate program in Electrical Engineering is uniquely positioned to advance enabling technologies that drive revolutionary developments in nanotechnology, biotechnology, optical technologies, information and communications technologies, and sensors and sensor networks. Electrical and Computer Engineering faculty maintain nationally funded programs in critical research areas such as compound semiconductor optoelectronic devices, silicon photonics, optical communications, displays, microelectronics fabrication, MEMS, bioengineering, wireless communications and networking, sensing, signal processing, code-division multiple access, and space-time coding. Individual projects include DNA testing on a chip, ion-channel transport in biological cells, nanoelectronics, engineered nanosystems, bioMEMS, wide-bandgap UV semiconductor devices, quantum dot IR materials, silicon photonics, flexible organic displays, high-frequency compound semiconductor devices for wireless communications, sensor fusion, wireless channel access, and encryption. Interdisciplinary projects are carried out with researchers in the departments of chemical engineering, and materials science and engineering, and physics in the areas of nanoelectronics, optoelectronics, and bioengineering.