Florida State University

What you'll study

The programme is research-led and structured to build deep specialist knowledge in communications and related disciplines. Core study typically includes advanced topics in digital and analog communications, information theory, wireless and mobile communications, signal processing for communications, coding theory, network protocols, and statistical learning as applied to communication systems.

Early in the degree students normally complete graduate-level coursework to establish breadth and depth in the field, followed by a qualifying or candidacy examination and the development of an independent research programme that culminates in a doctoral dissertation. Typical course topics and modules you will encounter include:

• Advanced Digital Communications and Modulation
• Information Theory and Coding
• Adaptive and Statistical Signal Processing
• Wireless Communications and Cellular Networks
• Optical Communications and Photonics (where relevant)
• Networked Systems and Protocol Design
• Machine Learning for Communications and Data-Driven Methods
• Research Methods, Ethics, and Technical Communication

Research is supervised by faculty in the Department of Electrical & Computer Engineering and may be interdisciplinary, drawing on expertise across the College of Engineering, computer science, mathematics and partner research centres. Facilities and laboratory resources support experimentation in wireless testbeds, hardware prototyping, high-performance computing for simulations, and software-defined radio systems.

Entry requirements

Applicants should normally hold a master’s degree in electrical engineering, communications, electronic engineering, computer engineering, or a closely related discipline. Exceptional candidates with a strong bachelor’s degree and substantial research experience may be considered. Expected elements of a competitive application include:

• A solid academic record in undergraduate and graduate studies with substantial coursework in communications, signals and systems, probability and linear algebra;
• Demonstrated research potential, typically evidenced by a master’s thesis, publications, technical reports, or significant project work;
• A personal statement outlining research interests and fit with faculty expertise;
• At least two academic references who can speak to the applicant’s research ability and preparedness for doctoral study;
• Evidence of English language proficiency for applicants whose first language is not English, in accordance with university requirements.

Admissions decisions also consider the availability of suitable supervisors and research funding. Some applicants are admitted with teaching or research assistantships; applicants are encouraged to contact potential supervisors to discuss mutual research interests before applying.

Career prospects

Graduates of the PhD programme enter a wide range of careers where deep technical expertise and research skills are required. Typical career paths include:

• Academic careers as university faculty and postdoctoral researchers, conducting fundamental research and teaching;
• R&D positions in telecommunications and networking companies, working on wireless systems, 5G/6G development, protocol design and spectrum management;
• Research roles in national laboratories and government agencies focused on communications security, spectrum policy and advanced networking;
• Industrial research and development in semiconductor and hardware companies developing RF front-ends, mixed-signal systems and communications ICs;
• Technical leadership and specialist roles in data science, machine learning for communications, and startups that commercialise novel communications technologies.

The emphasis on publishing, presenting and collaborating during the PhD also prepares graduates for roles that require project leadership and cross-disciplinary teamwork.

Why study at Florida State University

Florida State University’s Department of Electrical & Computer Engineering offers a research-intensive environment with faculty whose expertise spans communications, signal processing, wireless systems and related areas. Students benefit from close supervision, access to modern laboratories and equipment suitable for both theoretical and experimental work, and opportunities for interdisciplinary collaboration across the university.

Located in Tallahassee, the university provides proximity to state agencies, industry partners and a growing technology ecosystem in Florida. Doctoral students can access teaching and research assistantships, and the department encourages participation in conferences, workshops and collaborative projects that enhance professional development and employability.

Overall, FSU provides a supportive doctoral training environment for students aiming to make original contributions to communications engineering and to launch careers in academia, industry or government research.