University of Memphis

What you'll study

This accredited undergraduate degree provides a broad foundation in electrical and electronic engineering with specialised study in communications. Early years focus on mathematics, physics and fundamental engineering principles. Core topics and typical modules include:

• Circuits and Electronics: circuit analysis, analogue electronics, semiconductor devices and electronic instrumentation.
• Signals and Systems: continuous and discrete signals, linear systems, Fourier analysis and filtering.
• Communication Systems: analogue and digital communications, modulation techniques, information theory and channel coding.
• Digital Signal Processing (DSP): sampling, discrete-time processing, spectral analysis and implementation of DSP algorithms.
• Electromagnetics and RF Engineering: electromagnetic theory, wave propagation, antennas and radio-frequency circuit design.
• Control Systems: feedback, stability, control design and applications in electronics and communications.
• Microprocessors and Embedded Systems: computer architecture, microcontroller programming and interfacing for communication applications.
• Laboratory and Design Projects: hands-on labs, hardware prototyping, and a capstone senior design project addressing real-world communication challenges.

Students also study professional topics such as engineering ethics, project management and technical communication. Electives allow exploration of wireless networking, optical communications, Internet of Things (IoT), and advanced topics in signal processing.

Entry requirements

Applicants should hold a high-school diploma (or international equivalent) with a strong background in mathematics (including calculus) and physics. Typical academic preparation includes courses in algebra, geometry, trigonometry, pre-calculus or calculus, and laboratory science.

• Academic performance: Competitive high-school grades in STEM subjects; specific GPA expectations are provided by admissions and may vary.
• Standardised tests: Submission of SAT or ACT scores may be optional or recommended depending on admissions policies; check the university admissions guidance for current testing practices.
• International applicants: Proof of English proficiency via recognised tests (for example TOEFL or IELTS) if English-language qualifications are not already satisfied.
• Preparation and experience: Prior experience with physics, computer programming or electronics clubs/activities is beneficial but not required. Some programmes may recommend placement or preparatory mathematics if needed.

Career prospects

Graduates are prepared for roles across telecommunications, electronics, and network industries as well as for continuing to postgraduate study. Common career paths include:

• Telecommunications engineer or network engineer working on wired and wireless systems.
• RF engineer or antenna designer for wireless and satellite communications.
• Embedded systems engineer developing IoT devices, firmware and integrated electronics.
• Signal processing engineer in audio, image, radar or biomedical applications.
• Systems engineer, test and validation engineer, or technical consultant in industrial and defence sectors.
• Further study in graduate programmes (master’s or PhD) in electrical engineering, communications, or related research fields.

Graduates often find internship and employment opportunities with regional technology companies, telecommunications providers, manufacturing firms and research organisations. The programme’s laboratory and design project experience help build practical skills valued by employers.

Why study at University of Memphis

The programme is offered through the Herff College of Engineering, which emphasises applied learning, laboratory experience and close faculty mentorship. Students benefit from modern teaching laboratories, access to prototyping equipment, and project courses that culminate in a senior design experience.

• Industry connections: The university’s location and regional partnerships provide opportunities for internships and co-operative experiences with technology and logistics companies.
• Research and hands-on learning: Undergraduate students can engage with faculty research projects, student design teams and interdisciplinary initiatives that apply communications engineering to real problems.
• Support services: Academic advising, career services and engineering student organisations support professional development and job placement.

Together, these features make the University of Memphis a practical choice for students seeking a career-oriented education in communications and electrical engineering with strong connections to industry and applied research.