PhD Degree Program
The Doctor of Philosophy in Nuclear, Plasma and Radiological Engineering offers a strong core curriculum, a diverse range of investigation areas, top-tier facilities and the opportunity to specialize in computational science and engineering. This experience paired with The Grainger College of Engineering's five-year Ph.D. funding guarantee sets our graduates up for success in all their future endeavors.
The Ph.D. in NPRE is offered as both a traditional and direct doctoral program, welcoming qualified candidates with either a master's or baccalaureate degree.
BROADEN YOUR EXPERTISE
NPRE graduate programs center on five thematic areas
Advanced coursework and research programs are offered in all
- Reactor physics
- Health physics
- Plasma and fusion science and engineering
- Nuclear materials
- Risk policy and assessment
Graduate with top-tier experiences
The Grainger College of Engineering prides itself on pairing academic achievement with high-impact experiential learning opportunities. Explore what we have to offer.
REQUIREMENTS & OUTCOMES
Not sure if the Ph.D. in Nuclear, Plasma and Radiological Engineering is for you? Learn more about degree requirements and learning outcomes in the academic catalog.
HOW TO APPLY
Ready to apply? Learn more about the application process and materials you need to submit with your online application through The Graduate College.
FUNDING
The Grainger College of Engineering offers a five-year Ph.D. funding guarantee which includes tuition waivers, partial fee waivers, and a stipend.
The strong culture of community, collaboration and cooperation in the NPRE department provides a safety net through the tough moments of graduate school, as well as a network of faculty and peers willing to go the extra mile to help you get the most out of the experience. There is a particular emphasis placed on allowing students to explore opportunities and experiences that promote their development not just as good graduate researchers, but as future faculty, industry leaders and scientists."
Jeremy Mettler
Ph.D. in Nuclear, Plasma and Radiological Engineering candidate