Georgia Southern University

What you'll study

The programme builds a strong foundation in mathematics and physical sciences before progressing to core electrical engineering subjects. Early study focuses on calculus, differential equations, linear algebra and physics, then moves into circuit analysis, digital logic, signals and systems, electronic devices and circuits, and electromagnetics. Subsequent semesters typically cover courses such as control systems, power systems, communications, microprocessors and embedded systems, and instrumentation and measurement.

Hands‑on laboratory courses are integrated throughout the curriculum to develop practical skills in circuit design, PCB prototyping, embedded programming and testing. The degree culminates in a senior design/capstone project where students work in teams to specify, design, build and demonstrate a substantial engineering solution.

• Fundamental maths and physics (calculus, differential equations, linear algebra)
• Circuit theory and electronics
• Digital systems and microcontrollers
• Signals and systems, communications
• Control systems and power engineering
• Laboratory and design practicum, senior capstone project
• Electives and technical electives to tailor the degree (e.g. embedded systems, renewable energy, RF/communications)

Entry requirements

Applicants are expected to have completed a secondary school programme with a strong preparation in mathematics and science. Typical requirements include successful completion of college‑preparatory maths (including algebra and precalculus or calculus) and physics. For applicants using A‑levels, strong grades in Mathematics and Physics are normally required. For US applicants, common admission criteria include a competitive high school GPA and completion of required college preparatory coursework; standardised tests may be considered where applicable.

International applicants must present an equivalent secondary qualification and demonstrate English language proficiency through recognised tests or previously completed study in English. Transfer students are evaluated on college transcripts and must meet departmental requirements for course equivalencies in maths, physics and introductory engineering subjects.

Because electrical engineering is mathematically intensive, successful applicants typically show aptitude in problem solving, programming basics and laboratory work; faculty and advisers can provide guidance on preparatory coursework for those who need to strengthen their background.

Career prospects

Graduates with a bachelor’s degree in electrical engineering are prepared for roles in diverse industries including electronics design and manufacturing, telecommunications, power and utilities, aerospace and defence, automotive and renewable energy. Typical job titles include design engineer, electronics engineer, systems engineer, test and validation engineer, embedded systems developer and controls engineer.

Many graduates move into technical specialist roles, project engineering or product development in private industry. Others pursue further study such as a master’s degree or professional engineering licensure to advance into research, academic or senior technical management positions. Internship and co‑op experiences arranged during the degree often lead directly to entry‑level employment.

Why study at Georgia Southern University

Georgia Southern offers a focused engineering curriculum with substantial laboratory and design experience, supported by faculty who have both academic and industry experience. The programme emphasises applied learning through labs, team design projects and opportunities for undergraduate research or internships with regional and national employers.

Students benefit from accessible faculty mentoring, modern facilities and connections to industry through career services and college partnerships. The university’s location provides access to engineering employers in the region and a cost‑effective environment to complete an accredited engineering education before entering the workforce or pursuing graduate study.