University of South Alabama

What you'll study

The curriculum builds a foundation in mathematics, physics and core electrical engineering principles before progressing to specialised topics in electronics and communications. Year-one and early-year modules typically cover circuit analysis, digital logic, calculus for engineers and introductory programming together with laboratory practice. Intermediate study includes analogue and digital electronics, signals and systems, electromagnetics and microprocessors.

Advanced and specialised modules focus on communications and related areas: communication systems, digital signal processing, wireless and RF fundamentals, control systems, instrumentation, and embedded systems design. The programme emphasises laboratory work and design: students undertake practical labs in circuits, electronics, digital systems, communications and signal processing, and complete a capstone senior design project that integrates system design, documentation and team-based engineering practice.

• Circuit analysis and networks
• Analogue and digital electronics
• Signals and systems
• Electromagnetics and transmission lines
• Digital signal processing
• Communication systems (analogue and digital communications, wireless fundamentals)
• Microprocessors and embedded systems
• Control systems and instrumentation
• Senior design project and professional engineering topics

Programme structure and learning methods

Teaching combines lectures, problem classes and hands-on laboratories. Assessment typically uses a mix of exams, laboratory reports, design assignments and the capstone project. Opportunities exist to take elective modules that broaden skills in areas such as computer networks, power electronics, biomedical instrumentation or entrepreneurship, and students can engage in undergraduate research with faculty in communications and electronics-related topics.

Entry requirements

Applicants normally need a high school diploma or equivalent with strong performance in mathematics (including calculus) and physics. Admissions consider academic record, recommended preparation in algebra and trigonometry, and any coursework in chemistry or computer science. US applicants may submit standardised test scores where offered; international applicants must provide evidence of academic equivalence and demonstrate English language proficiency through recognised tests if English is not their first language.

Transfer applicants from community colleges are considered; college-level credit in calculus, differential equations, physics and introductory electronics can be evaluated for transfer. Placement testing may be used to determine correct starting courses in mathematics and programming. Prospective students are encouraged to contact the department for guidance on prerequisite preparation and credit transfer.

Career prospects

Graduates are prepared for technical roles across telecommunications, electronics manufacturing, defence, aerospace, energy, medical devices and information technology. Typical job titles include:

• Communications engineer / RF engineer
• Electronics design engineer
• Embedded systems engineer / firmware developer
• Signal processing engineer
• Network and systems engineer
• Test, validation and instrumentation engineer

Beyond industry roles, graduates often pursue graduate study (MSc or PhD) in electrical engineering, communications, signal processing or related fields, or take professional engineering licensure routes where applicable. The programme’s practical focus and project experience help graduates secure internships and entry-level engineering positions.

Why study at University of South Alabama

The University of South Alabama offers a programme with small-to-midsize class cohorts, enabling close interaction with faculty and hands-on mentoring in laboratories and design projects. The department provides modern electronics and communications labs, opportunities to participate in faculty-led research, and a capstone experience that simulates real-world engineering projects.

Students benefit from regional industry connections and internship pathways that support practical experience, alongside academic support services and career advising. The programme is designed to develop both technical competence and professional skills — teamwork, communication and project management — that employers in communications and electronics value.