Clemson University now offers graduate programs in the Charleston area for full-time students as well as working engineers and scientists. Classes are held at the Zucker Family Graduate Education Center in North Charleston. More information about these programs is available below or you can contact the Student Services Manager, Rob Seay, at raseay@clemson.edu
The master’s degree builds on a strong undergraduate background in electrical or computer engineering. Subject areas covered include communication systems and networks, digital signal processing, computer systems architecture, and intelligent systems.
Prerequisites for this degree are a BS in Computer Science, Computer Engineering or Electrical Engineering and some coursework or professional experience with networking and operating systems. Foundational classes cover Security and Distributed Denial of Service.
Prerequisites for this degree are a BS in Computer Science, Computer Engineering or Electrical Engineering and some coursework or professional experience with networking and operating systems. .
Prerequisites for this degree are a BS in Computer Science, Computer Engineering or Electrical Engineering and some coursework or professional experience with networking and operating systems. Foundational classes cover Security and Distributed Denial of Service.
The Master of Fine Arts (MFA) in Digital Production Arts (DPA) is aimed at producing technically savvy, artistically talented graduates who are sought after by the growing electronic arts industry, including the film, and gaming industries.
The Master of Science (MS) in Digital Production Arts (DPA) Program is a technical professional degree aimed at producing graduates who seek employment in the software development of the electronic arts industry.
The Master of Engineering degree is designed to provide an advanced electrical engineering education to working engineering professionals. Subject areas include power systems engineering, power electronics, and communications and networking.
Prerequisites for this degree are a BS in Computer Science, Computer Engineering or Electrical Engineering and some coursework or professional experience with networking and operating systems. Foundational classes cover Security and Distributed Denial of Service.
The master’s degree builds on a strong undergraduate background in electrical or computer engineering. Subject areas covered include power systems engineering, power electronics, and communications and networking.
Prerequisites for this degree are a BS in Computer Science, Computer Engineering or Electrical Engineering and some coursework or professional experience with networking and operating systems. Foundational classes cover Security and Distributed Denial of Service.
The graduate degree in mechanical engineering builds on a strong undergraduate background in mechanical engineering. Subject areas range from manufacturing systems to material processing; mechanics of materials to thermodynamics; dynamic systems and controls to engineering design practice and methods.
This doctoral degree builds on a strong background in electrical or computer engineering. Subject areas include circuits, controls, computer hardware and architecture, computer system structures, probability and random variables, programming systems and software engineering, signals, and systems.
The Ph.D. in computer science prepares individuals for research careers in industry or academia. Students will graduate with a strong foundation in computer science, practical experience in implementing software systems and the ability to perform original research.
This doctoral degree builds on a strong background in electrical or computer engineering. Subject areas covered will initially include circuits, controls, electronics, electromagnetics, power & energy systems, probability and random variables, signals, and systems.
Ph.D. students enrolled in this program will have the opportunity to undertake research projects at Clemson University's SCE&G Energy Innovation Center in Charleston, which is among the world's most advanced energy testing and research facilities.
This certificate program is intended for students who already possess a working knowledge of modern power systems. A prerequisite for entering this program is a BS degree in Electrical Engineering. Classes cover power systems protection, dynamics/stability, transients, and distribution.