Bachelor in Engineering Technology - Electrical and Computer Engineering Technology

Elizabeth City State University (ECSU), founded in 1891 in North Carolina, is a small public university with a close-knit campus community and about 2,166 students, including a modest international student population. ECSU offers undergraduate and graduate programs across arts and sciences, education, and technology with a mission to empower students through personalized mentorship, leadership development, and community service. Prospective international students searching for study in the United States, HBCU education, and student-centered learning environments will find ECSU appealing.

The university emphasizes experiential learning, internships, and career preparation through dedicated faculty support and partnerships that foster student success. Keywords such as study in the United States, Elizabeth City State University admissions, HBCU programs, and undergraduate technology degrees will help international applicants discover ECSU. The campus experience prioritizes leadership, critical thinking, and civic engagement, which supports graduates seeking to make an impact locally and globally.

International applicants should explore ECSU's admission criteria, available scholarships, and student services tailored to international learners. Evaluating program-specific strengths, internship placements, and community partnerships will inform decisions about study and career pathways. For students seeking a supportive, personalized U.S. university experience with strong mentorship and practical learning, Elizabeth City State University offers a welcoming environment and opportunities for professional growth.

The Bachelor in Engineering Technology – Electrical and Computer Engineering Technology at Elizabeth City State University prepares students to become adaptable problem‑solvers in a fast‑evolving technological landscape. Accredited by ABET, the program integrates technical theory, hands‑on labs, and real‑world projects, ensuring graduates can design, install, and maintain complex electrical and computer systems. A strong liberal‑arts component cultivates communication and critical‑thinking skills essential for global collaboration.

Students engage with courses in circuit analysis, programmable logic, robotics, computer‑aided manufacturing, and automated systems. State‑of‑the‑art facilities provide access to modern equipment, from 3‑D printers to industry‑standard simulation software. Collaborative team projects mirror professional environments, giving students practical experience in troubleshooting and innovation. Faculty members, many with industry backgrounds, mentor students and facilitate internships that bridge classroom learning with workplace application.

With an annual tuition of $10,956, the program offers a cost‑effective pathway for international learners. Admission requires a high‑school diploma, a $35 application fee, and a $100 service charge, with all instruction in English. Graduates are equipped for careers in electrical design, automation, robotics, and computer‑controlled manufacturing, or for advanced studies, positioning them competitively in the global engineering job market.