Program Overview
This highly ranked electrical engineering doctoral program prepares students for leadership roles in research and development, focusing on areas like semiconductors, power, and wireless communications. Through hands-on lab experiences and project-based learning, students develop practical skills in circuit design and industrial controls. The program offers access to cutting-edge facilities, and graduates pursue careers as electrical engineers, researchers, and educators in various industries and academia.
Program Outline
As a doctoral student in electrical engineering, you will work in research areas such as semiconductors, power, communications, radio frequency systems and wireless communications, and semiconductor materials and devices. Obtaining a degree here provides great learning experiences and opens up opportunities for well-paying jobs. Receive a quality education in semiconductors, power and communications, as well as radio frequency systems and antennas. Experience project-based learning through our newly renovated radio frequency electronics and industrial controls labs. Join a program that is one of the highest ranked among colleges both nationally and around the world.
Careers:
Potential Careers:
- Electrical Engineer
- Researcher
- Educator Workplace Settings:
- Industrial Research and Development
- Academia
- Government
Other:
Some of the most popular courses in this program are Circuit Design for Wireless Communications, Industrial Controls and Power Electronics. These three are the most application-oriented. You will also have access to state-of-the-art vector network analyzers, spectrum analyzers, simulation solvers and other facilities.
