电气工程哲学博士-汽车电子

现代车辆是复杂的电子系统，包括车载网络，传感器节点，线控驾驶技术，信息娱乐，无线连接，车间通信以及最新的自动驾驶。当代汽车工程体现了电气和计算机工程的许多新兴领域，包括物联网（IOT），微电子学，嵌入式系统，传感器，控制，机器人技术和机器学习。这个集中领域将为学生做好汽车电子职业的准备，特别是在底特律地区，汽车电子领域的需求在不断增长。韦恩州立大学工程学院提供两个博士学位：计算机工程哲学博士，电气哲学博士工程。完成博士学位需要至少90个学分（学期）以上的学士学位。程序。这些学分的划分基本上如下：主修课程至
Modern vehicles are complex electronic systems that include in-vehicle networks, sensor nodes, drive-by-wire technology, infotainment, wireless connectivity, inter-vehicle communication, and most recently autonomous driving. Contemporary automotive engineering embodies many emerging areas of electrical and computer engineering, including Internet of Things (IOT), microelectronics, embedded systems, sensors, control, robotics, and machine learning. This concentration area will prepare students for a career in automotive electronics, for which there is a growing demand particularly in the Detroit area.The Wayne State University College of Engineering offers two doctoral degrees:Doctor of Philosophy in Computer Engineering, Doctor of Philosophy in Electrical Engineering. A minimum of 90 graduate credits (semester) beyond the baccalaureate degree is required for the completion of the Ph.D. program. The division of these credits will be basically as follows: At least 12 credits of coursework in the major (not including directed study or research credit). At least one minor composed of six or more credits elected within or outside the major department (no minor is required for students entering the Ph.D. Program in Fall 2012 or after).Two credits of Doctoral Seminar (ECE 9997). Thirty additional credits of coursework, pre-dissertation research and directed study. Thirty credits earned in four consecutive Candidate Status semesters after candidacy has been approved.<br><br>The Ph.D. program in electrical engineering in the Department of Electrical and Computer Engineering is aimed at preparing its graduates to become leaders in research and development in industry, academia, as well as government organizations. Under guidance of faculty members, Ph.D. students do research in areas such as micro-/nano-electronic and photonic devices and systems, circuits and system-on-chip, power systems and sustainable energy, signal/image processing and communication, intelligent control and robotics, electric vehicle and e-mobility. Students work in research labs in ECE Department equipped with state-of-the-art instrumentation. Depth and breadth of studies is further enhanced by research seminars featuring invited speakers who are leading experts in industry and academia.