North Carolina State University

What you'll study

The programme provides a broad foundation in electrical engineering with focused study in electronics and communications. Core subjects typically include circuit analysis, electronic devices and circuits, digital logic and microprocessors, signals and systems, electromagnetics, and discrete-time signal processing. Coursework is supported by laboratory classes and project work that develop practical skills in measurement, instrumentation, PCB design, embedded systems and RF prototyping.

• Fundamentals: Calculus, linear algebra, physics for engineers, and introductory electrical circuits.
• Core electrical engineering: Analog and digital circuit design, electronics, semiconductor devices, electromechanics and power fundamentals.
• Communications & signal processing: Communications theory, modulation, coding, digital signal processing, and information theory concepts.
• Electromagnetics & RF: Fields and waves, antenna theory and microwave engineering relevant to wireless systems.
• Systems & controls: Control systems, feedback, and systems modelling.
• Design experience: Team-based senior capstone or design projects, lab sequences, and opportunities for multidisciplinary collaboration on Centennial Campus.
• Electives and specialisations: Options often allow deeper study in communications, RF/microwave, digital systems, embedded systems, or power & energy topics.

Entry requirements

Applicants are typically expected to have completed a secondary education with strong achievement in mathematics (including calculus where available) and physics. Successful candidates usually demonstrate proficiency in algebra, trigonometry and problem-solving through their academic record and may submit standardised test scores where required by the university. Admissions also consider the overall academic profile, coursework rigor, letters of recommendation and any relevant extracurricular experience such as robotics, electronics clubs, research or internships.

Career prospects

Graduates enter a wide range of industries where electrical, electronic and communications skills are in demand. Common roles include design and test engineer for communications equipment, RF/wireless engineer, embedded systems developer, systems engineer, hardware engineer, and controls or instrumentation engineer. Alumni work in telecommunications, consumer electronics, aerospace, defence, automotive, semiconductor and networking companies, as well as utilities and renewable energy firms. Many graduates also pursue postgraduate study or professional engineering licensure to advance research or technical leadership careers.

Why study at North Carolina State University

North Carolina State University offers the programme within a large, research-active engineering faculty with strong ties to industry in the Research Triangle Park. Students benefit from access to modern laboratories, maker spaces and specialised research centres, opportunities for internships and co-op placements, and a vibrant engineering community of student chapters such as IEEE and design teams. The university’s Centennial Campus and local industry connections make it straightforward to gain practical experience, collaborate on research projects and build professional networks that support employability after graduation.