Bachelor in Nuclear Medicine Technology BS

University at Buffalo, founded in 1846 and part of the State University of New York system, is a major public research university with a broad academic portfolio. Enrolling more than 32,332 students, including roughly 4,463 international students, UB offers 216 programs across undergraduate, graduate and professional levels. The university is known for strong research output, comprehensive degree options and a commitment to innovation and community impact.

UB combines rigorous scholarship with applied research supported by extensive facilities, research centers and industry partnerships. Students benefit from interdisciplinary programs, experiential learning opportunities and mentorship from faculty engaged in high‑impact research. The campus culture supports student entrepreneurship, civic engagement and global perspectives, preparing graduates for diverse careers and further study.

International students find robust support services, inclusive student organizations and pathways to internships and research across the Buffalo region and beyond. With a large alumni network and career resources, UB helps graduates transition into competitive job markets. Prospective students seeking a research‑intensive university with diverse programs and strong international representation will find UB a compelling choice for academic and professional development.

The Bachelor in Nuclear Medicine Technology BS at University at Buffalo is for students who want to work in healthcare and technology. This 4-year program teaches you about medical imaging and radiation therapy.

The curriculum includes subjects like anatomy, physics, and patient care. You'll develop skills in operating medical equipment, analyzing data, and working with patients. Hands-on components include clinical training and internships.

Graduates can become nuclear medicine technologists, radiologic technologists, medical imaging specialists, or health educators. They can work in hospitals, clinics, or medical research centers.