University of Tennessee

What you'll study

The programme builds deeper knowledge in communications theory and practice, electronic circuit and system design, and signal processing. You will study advanced topics such as digital and wireless communications, information theory, modulation and coding, signal processing for communications, RF and microwave engineering, antennas and propagation, and networked systems. Coursework is complemented by hands-on laboratory work and project modules that emphasise practical implementation, measurement and system integration.

Students may follow a thesis (research) route or a coursework/capstone project route, allowing you to focus either on original research under faculty supervision or on an applied design project with industry relevance. Electives enable specialisation in areas such as wireless networks, optical communications, embedded systems, VLSI for communications, and machine learning for signal processing.

Entry requirements

Applicants should hold a recognised bachelor’s degree in electrical engineering, electronics, communications, or a closely related technical discipline. Admissions typically consider the quality of prior academic work, letters of recommendation, a personal statement outlining research or career objectives, and any relevant practical or industrial experience.

Some applicants may be asked to demonstrate competence in core subjects such as electromagnetics, circuits, signals and systems, and probability. Standardised test requirements (for example GRE) and English language proficiency requirements for international applicants are determined by the university and may vary; check the programme admissions page for current policies.

Career prospects

Graduates are prepared for technical and leadership roles in telecommunications, wireless and mobile systems, semiconductor and RF design, network engineering, defence and aerospace, and research organisations. Typical job titles include communications engineer, RF/antenna engineer, signal processing engineer, systems engineer, network architect and R&D engineer. The degree also provides a pathway to doctoral study for those interested in academic or advanced research careers.

Students benefit from the university’s regional industry connections and collaborations with national research facilities, providing routes into industry placements, internships and collaborative research projects.

Why study at University of Tennessee

The University of Tennessee offers access to faculty with active research programmes in communications, signal processing and electronics, and provides modern laboratory facilities and project-focused learning. Proximity to national research organisations and a strong regional engineering sector creates opportunities for research collaborations, internships and industry-engaged projects.

The department emphasises applied research and industry relevance, with options for funded research assistantships and partnerships that can support your studies while building professional networks. Students also benefit from campus career services and engineering-centred student societies that support professional development and peer networking.