University of Southern Mississippi

What you'll study

The programme builds a foundation in mathematics, physics and core engineering principles before progressing to specialised electrical and electronic topics. Early semesters focus on calculus, differential equations, classical mechanics, circuit analysis and programming. Core modules typically include:

• Electric Circuits and Electronics – circuit theory, analogue components, semiconductor devices and amplifier design.
• Digital Systems and Microprocessors – logic design, digital electronics, microcontroller architecture and embedded programming.
• Signals and Systems – time and frequency domain analysis, filtering, and signal processing fundamentals.
• Electromagnetics – fields and waves, transmission lines and basic antenna concepts.
• Control Systems – feedback, stability, modelling and controller design.
• Power and Energy Systems – power generation, conversion, distribution and electrical machines (introductory level).
• Laboratory and Design Projects – multi-semester labs covering PCB design, circuit testing, instrumentation, and hands-on use of oscilloscopes, function generators and CAD tools.
• Capstone Senior Design Project – team-based project that integrates design, testing and documentation, often with industry or faculty supervision.

Elective options and seminars allow students to tailor their degree toward communications, renewable energy, robotics, or advanced embedded systems. Coursework is supported by practical laboratories, computing resources and project workshops.

Entry requirements

Applicants are expected to hold a recognised secondary school qualification with strong performance in mathematics (including calculus where available) and physics. Typical academic indicators include a competitive high-school GPA and preparation in STEM subjects. Admissions may also consider completed Advanced Placement, International Baccalaureate or transfer college credits.

International applicants should present an equivalent qualification and demonstrate English proficiency through accepted tests or institutional pathways. Mature or transfer students with relevant college coursework or industry experience are considered, and placement/credit may be granted for prior learning.

Career prospects

Graduates are prepared for a wide range of roles in industry and government, including:

• Electronic design engineer – analogue and digital circuit design, PCB development.
• Embedded systems and firmware engineer – microcontroller applications for consumer, automotive or industrial devices.
• Communications and signal processing engineer – networking, wireless systems and data transmission.
• Controls and automation engineer – industrial control, robotics and process automation.
• Power systems engineer or technician – generation, distribution and power electronics.
• Test, manufacturing and quality engineers in electronics and defence sectors.
• Further study – postgraduate degrees or professional engineering registration pathways leading to chartered or licensed engineer status.

Students benefit from career services, internship programmes and relationships with regional employers, helping transition into entry-level engineering positions or graduate study.

Why study at University of Southern Mississippi

The University of Southern Mississippi offers a programme that emphasises hands-on learning and close faculty supervision in a mid-sized research university environment. Students gain access to dedicated electrical and electronics laboratories, project spaces and computing resources to support circuits, embedded systems and control experiments.

Smaller class sizes in upper-level modules foster collaboration and mentorship, while industry partnerships and internship opportunities in the region support practical experience. The curriculum is designed to balance theoretical fundamentals with applied design work, preparing graduates for immediate employment or continued academic study.