University of Kansas

What you'll study

The programme is primarily research-led and centres on advanced topics in communication theory and systems, signal processing, wireless and optical communications, RF and microwave engineering, and embedded communications hardware. Study begins with a tailored set of advanced coursework to build breadth and depth in the core areas, followed by focused research under the supervision of a faculty advisor.

• Core coursework: advanced communication theory, digital signal processing, information theory, coding and modulation, and stochastic processes as applied to communications.
• Elective and specialised topics: wireless networks and protocols, MIMO and massive MIMO systems, mmWave and terahertz communications, optical communications, microwave engineering, antennas and propagation, software-defined radio, and machine learning for communications.
• Research seminar and methods: research methods, experimental design, measurement and characterisation techniques for RF/optical systems, and seminars that expose students to current research across the school.
• Laboratory and practical work: hands-on projects using RF/microwave testbeds, software-defined radio platforms, photonics test equipment and prototyping facilities to support thesis research.
• Doctoral research and dissertation: the major component is an original, publishable research project leading to a written dissertation and public defence. Students are expected to publish results in peer-reviewed conferences and journals.

Entry requirements

Applicants should hold a strong undergraduate degree in electrical engineering, electronics, physics, computer engineering or a closely related discipline. A relevant master's degree with a research component is highly desirable but exceptional applicants with a strong bachelor’s record and demonstrable research potential may be considered.

• Academic transcripts showing solid preparation in mathematics (calculus, linear algebra, probability), circuit theory, signals and systems, and electromagnetics or communications.
• A research statement describing proposed areas of interest and past research or project experience; this should identify potential KU faculty supervisors where possible.
• Letters of recommendation (typically two or three) from academics or employers who can comment on research potential.
• Evidence of English language proficiency for international applicants, as required by university policy.
• Additional materials such as a CV and representative publications or technical reports are strongly encouraged.

Career prospects

Graduates of the PhD programme move into a wide range of research and leadership roles. Typical career paths include:

• Academic positions as faculty or postdoctoral researchers focusing on communications, signal processing, or related areas.
• R&D roles in telecommunications companies, semiconductor and hardware firms, and start-ups developing wireless, optical or integrated communication solutions.
• Systems engineering and technical leadership roles in industries that rely on advanced communications—such as aerospace, defence, satellite communications and autonomous systems.
• Research scientist roles in national laboratories or corporate research centres that focus on next-generation networks, 5G/6G technologies, and spectrum and RF engineering.
• Technical consultancy and leadership in standards bodies or regulatory organisations concerned with communications policy and spectrum management.

Why study at University of Kansas

The University of Kansas offers doctoral students access to a supportive research environment with faculty who work across theoretical and experimental communications. The school emphasises close mentorship, opportunities for interdisciplinary collaboration with computer science, physics and biomedical engineering, and practical exposure through well-equipped laboratories and prototyping facilities.

Doctoral candidates benefit from a culture that encourages publication and conference participation, collaborations with regional industry and research partners, and opportunities to translate research into applied projects. The programme is structured to allow students to tailor coursework and research to their interests while developing the independent research skills required for a successful career in academia or industry.