University of North Florida

What you'll study

This master's programme focuses on advanced topics in communications, electronics and signal processing. Students take a mix of core and elective modules that cover theoretical foundations, practical design and laboratory work. Typical modules include:

• Digital Communications: modulation and coding techniques, information theory, channel models and performance analysis.
• Digital Signal Processing (DSP): algorithms for filtering, spectral analysis, adaptive processing and real-time implementation.
• Wireless and Mobile Communications: cellular systems, OFDM, MIMO, network protocols and interference management.
• RF and Microwave Engineering: transmission line theory, antenna fundamentals, RF circuit design and measurement techniques.
• Embedded Systems and Electronics: microcontroller/FPGA-based design, mixed-signal circuits and hardware/software integration for communications applications.
• Communications Networks: network architecture, routing, QoS and performance evaluation for wired and wireless networks.
• Advanced Topics / Electives: optical communications, information security for communications, machine learning for signal processing, and sensor networks.

The programme typically offers both thesis and non-thesis (project or coursework-only) options. Laboratory work and design projects are a key component, giving hands-on experience with test and measurement equipment, software-defined radio platforms and FPGA/embedded development boards.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in electrical engineering, electronic engineering, computer engineering or a closely related science/engineering discipline from an accredited institution. Typical application materials include academic transcripts, a statement of purpose, a current CV or résumé and academic or professional references.

Applicants whose first language is not English must provide evidence of English proficiency through recognised tests unless exempt under the university’s policies. Where an applicant’s undergraduate preparation does not provide full coverage of undergraduate electrical engineering fundamentals, the programme may require completion of bridging courses before or during the graduate programme. The department considers professional experience and background when assessing suitability; some applicants may be asked to provide additional work samples or take preparatory examinations.

Career prospects

Graduates move into a range of technical and engineering roles across telecommunications, defence, aerospace, consumer electronics and industrial sectors. Common job titles include:

• Communications Engineer / Systems Engineer
• RF / Wireless Design Engineer
• Signal Processing Engineer
• Network Architect or Network Engineer
• Embedded Systems Engineer
• Test and Validation Engineer
• Research and Development Engineer

Graduates also pursue doctoral study if they are interested in research or academic careers. The programme’s mix of theory and hands-on project work prepares students for roles in design, systems integration, testing, and technical leadership. Local industry links and internship opportunities can help students transition into regional employers in telecommunications, defence contractors and startups.

Why study at University of North Florida

The University of North Florida provides a focused, student-centred environment with small class sizes and direct access to faculty. The electrical and computer engineering faculty combine academic research with applied, industry-relevant expertise in communications and electronics. Students benefit from well-equipped laboratories for RF testing, signal processing and embedded development, and from opportunities to work on multidisciplinary projects with computer science and materials research groups.

UNF’s location in the Jacksonville metropolitan area offers proximity to telecommunications firms, defence and aerospace companies, and a growing technology sector, which supports internship and employment opportunities. The programme’s flexible delivery and thesis/non-thesis routes make it suitable for full-time students, part-time professionals and those seeking to move into research or advanced technical roles in communications engineering.