PhD in Telecommunications Engineering

Ph.D. programs in telecommunications engineering are rare, but you could pursue a Ph.D. in electrical engineering with a focus in telecommunications through many on-campus programs. Find out what you'd study as a doctoral student, and review the prerequisites for enrollment in an engineering Ph.D. program. Read about the types of jobs this doctorate could prepare you for. Schools offering Electronics & Communications Engineering degrees can also be found in these popular choices.

What Type of Ph.D. Programs Focus on Telecommunications Engineering?

Very few schools offer a Ph.D. in Telecommunications Engineering; however, if you're looking for a doctoral program that deals with telecommunications, you might also consider a program leading to a Ph.D. in Electrical Engineering. These Ph.D. programs aren't available online due to the extensive hands-on requirements of research and coursework. Campus-based programs may allow you to pursue a specialization in communications, telecommunications, and digital signal processing, or telecommunications and networking.

Degree AvailabilityDoctorates in telecommunications engineering are rare, but similar degrees are more widely available.
PrerequisitesBachelor's and/or master's in a related field, professional experience
Common CoursesFiber optics, signal processing, magnetism
Career OptionsPursue a career as a researcher or collegiate professor, or work within the telecommunications industry

What Do I Need to Enroll?

Many doctoral programs look for a Master of Science in Electrical Engineering, but some will accept students with a bachelor's degree in electrical engineering. Schools also consider your professional experience, including your resume and any articles you've written for academic publication.

What Will I Study?

As a Ph.D. student, you take courses that deal with solid-state devices, microwaves, magnetism, fiber optics, and other technology required to operate telecommunications systems. You'll also learn about advanced control, switching, and processing technologies required to operate communications systems and devices.

During the research component of a Ph.D. program, you'll work on a unique problem in telecommunications technology. This could be related to an existing problem with telecommunications systems, radio transmission, or signal processing. You could also work on or create a new type of telecommunications technology through experimentation.

Why Should I Earn My Engineering Doctorate?

A Ph.D. program allows you to learn about telecommunications engineering while earning a terminal degree in electrical engineering or telecommunications engineering itself. Once you earn a doctoral degree, you can work as a researcher or electrical engineering instructor. Aside from applying your degree to work in the telecommunications industry, you could also participate in interdisciplinary projects with chemists, mathematicians, and physicists.

To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:

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