Bachelor in Electrical Engineering

Kennesaw State University offers a dynamic, student-centered education across two metropolitan Atlanta campuses. As a Carnegie-designated R2 research institution, KSU provides a broad selection of undergraduate, graduate, and doctoral programs that emphasize innovation, career readiness, and community impact. The university’s growth and dedication to access mean students can pursue high-quality degrees in fields ranging from engineering and business to education and nursing.

KSU supports active learning through applied projects, research opportunities, and partnerships with industry and regional employers. Over 300 student-led organizations, active campus life, and expansive facilities promote leadership, collaboration, and personal development. Residential communities house thousands of students and create vibrant neighborhoods that make involvement and networking easy for newcomers and international students alike.

Career services, internships, and strong employer connections help translate classroom experiences into professional outcomes. Athletics, student support services, and campus resources contribute to a balanced student experience. With its proximity to Atlanta’s business and cultural scene, Kennesaw State is an appealing option for students seeking a research-capable university that remains focused on practical skills, inclusive pathways, and meaningful community engagement.

The Bachelor in Electrical Engineering at Kennesaw State University is a 4-year degree program for students who want to study, design, and build devices and systems that use electricity and electromagnetic fields. This program is taught in English and is ideal for students who have completed high school. The main advantage of this program is that it covers a broad range of topics, from nano-sized transistors to complex communication systems.

The curriculum includes core courses such as Engineering Ethics, Engineering Electronics, and Signals and Systems. Students will also learn about Electric Machines, Electromagnetics, and Control Systems. The program helps students develop skills in programming, problem-solving, and circuit analysis. Students will work on hands-on projects, including the design and implementation of digital circuits and semiconductor devices.

Graduates of this program can pursue careers as Electrical Engineers, Electronics Engineers, or Control Systems Engineers. They can work in industries such as power generation and distribution, telecommunications, or electronics manufacturing. Some potential employers include companies that specialize in solar cells, signal processing, or audio and video equipment. Other job titles for graduates include RF Systems Engineer, Telecommunications Engineer, or Instrumentation Engineer.