North Carolina State University

What you'll study

The curriculum builds on a foundation of calculus, physics, chemistry and general engineering principles before moving into core nuclear subjects. Early coursework emphasises mathematics (including calculus, differential equations and linear algebra), classical physics, thermodynamics and introductory materials science. Core nuclear engineering modules typically cover reactor theory and design, neutron transport and diffusion, reactor dynamics and control, thermal‑hydraulics, radiation detection and measurement, radiological protection, nuclear fuels and materials, and nuclear systems safety.

Practical experience is an integral part of the degree. Students take laboratory courses in radiation measurement and reactor experiment, and have access to on‑campus experimental facilities including the research reactor and specialised instrumentation for materials and thermal testing. Computational methods, numerical modelling, and programming for simulation and data analysis are emphasised throughout the programme. The degree concludes with a capstone design project where teams apply multidisciplinary engineering skills to a real problem, often in partnership with industry or research groups.

Students are encouraged to pursue undergraduate research, internships or cooperative education placements to complement classroom learning. Electives allow specialisation in areas such as medical physics and radiation applications, nuclear materials, advanced reactor concepts, or non‑proliferation and fuel cycle studies.

Entry requirements

Applicants should demonstrate strong preparation in mathematics and physical sciences. Typical school preparation includes high‑level study of calculus and physics, with chemistry also recommended. For students presenting non‑US qualifications, equivalent secondary school credentials with emphases on mathematics and sciences are expected. Proficiency in English is required for international applicants.

Admission to the College of Engineering is competitive; successful applicants usually present a strong academic record in quantitative subjects and evidence of interest in engineering or applied science. Prospective students are advised to review the university’s undergraduate admissions guidance for specific documentation and any optional testing policies.

Career prospects

Graduates of the nuclear engineering programme go on to careers across industry, government and research. Common employers include electric utilities and reactor vendors, national and federal laboratories, regulatory agencies, medical technology companies, and consulting firms. Roles include reactor engineer, health physics and radiation protection specialist, materials engineer, safety analyst, systems modeller, and project engineer.

Many alumni also pursue graduate study in nuclear engineering, materials science, health physics, or related fields, or enter multidisciplinary sectors such as aerospace, renewable energy, and high‑technology manufacturing where skills in modelling, systems analysis and radiation science are valued.

Why study at North Carolina State University

North Carolina State offers hands‑on learning opportunities and strong ties to industry and research organisations. Students in the nuclear engineering programme benefit from access to on‑campus experimental facilities, including a research reactor used for instructional and research activities, and modern laboratories for materials, thermal‑hydraulics and radiation measurements. The College of Engineering has active collaborations with national laboratories and companies in the Research Triangle region, which helps with internships, co‑ops and project partnerships.

The department supports undergraduate research, student professional societies and mentorship from a faculty engaged in reactor technology, radiation detection, materials and safety analysis. The programme’s balance of theory, computation and experimental work prepares graduates for practical engineering roles or continued study at graduate level.