Bachelor in Computer 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 Computer Engineering at Kennesaw State University is a dynamic program for students who want to blend computer hardware engineering with software development. This four-year degree helps students design, build, and innovate in digital technology, the internet of things, and smart devices. The program's main advantage is its focus on embedded systems design.

The curriculum includes core courses like Computer Organization and Interfacing, Advanced Embedded Design, and Embedded Digital Signal Processing. Students develop skills in device networks, data collection, and analysis, and work on senior projects that integrate sensors, actuators, microprocessors, and communication technologies. These hands-on components help students gain practical experience.

Graduates of this program can pursue careers as Embedded Systems Engineers, Control Systems Engineers, Digital Signal Processing Engineers, or Computer Hardware Engineers. They can work in industries like technology, manufacturing, or telecommunications, and for employers like tech firms, research institutions, or government agencies. With this degree, students can turn their ideas into innovative solutions and products.