University of North Florida

What you'll study

The programme covers core topics in electrical and electronic engineering with a particular emphasis on communications. Early-year courses build a mathematical and physical foundation through calculus, differential equations and physics. Core engineering subjects include circuit analysis, digital logic and systems, signals and systems, electromagnetics, electronic devices and microelectronics, control systems, and probability for engineers.

Communications-focused modules address analogue and digital communications, wireless systems, modulation and coding, RF fundamentals, antennas and propagation, and networking principles. Practical laboratory work is integrated throughout the curriculum, giving experience with oscilloscopes, signal generators, spectrum analysers, FPGA and microcontroller development, and software tools such as MATLAB and circuit simulation packages.

The degree typically culminates in a year‑long senior design (capstone) project where teams define a problem, design and implement a solution, and present results. General education and elective options allow students to broaden skills in areas such as computer programming, cybersecurity, project management or business.

Entry requirements

Applicants should hold a recognised secondary school diploma with a strong preparation in mathematics (including calculus) and physics. Typical preparation includes coursework in algebra, trigonometry, pre‑calculus or calculus and laboratory physics. Admissions are competitive; successful candidates demonstrate strong numeracy, problem‑solving ability and academic performance in STEM subjects.

Transfer applicants must submit college transcripts and prerequisite coursework (often calculus and introductory physics) for evaluation. International applicants need equivalent secondary qualifications and evidence of English proficiency through an accepted test or recognised exemption. Prospective students are encouraged to contact the admissions office for guidance on specific entry pathways and documentation.

Career prospects

Graduates enter a wide range of technical careers across telecommunications, electronics, defence, aerospace, utilities and IT. Common job titles include communications engineer, RF engineer, electronics design engineer, embedded systems engineer, network engineer, test and validation engineer, and field applications engineer. Others move into systems integration, technical sales, or project engineering roles.

The qualification also provides a solid foundation for further study at master’s level in fields such as communications engineering, signal processing, control systems or computer engineering, and for professional certification or licensure where applicable.

Why study at University of North Florida

University of North Florida offers a focused engineering curriculum with opportunities for hands‑on learning, small class sizes and direct access to faculty. The programme emphasises laboratory experience and project‑based learning to prepare students for industry expectations.

Located in the Jacksonville region, the university has connections with local technology firms, telecommunications companies and defence contractors, creating pathways for internships and cooperative experiences. Students benefit from modern lab facilities, student engineering organisations and industry collaboration that support career development and applied research opportunities.