About the Nuclear Energy Science Program
The nuclear energy science certificate program is designed to meet the growing demand for skilled professionals in nuclear energy fields, both in Wyoming and beyond. This program provides undergraduate and graduate students at the University of Wyoming with the opportunity to earn a credential grounded in nuclear energy science and technology, preparing them for rewarding careers as nuclear engineers or other roles in the nuclear industry.
The certificate requires 15 credit hours, typically completed over the course of two years. Students will take a two-course core series focusing on the fundamentals of nuclear energy science and reactor design, along with three elective courses exploring topics such as nuclear physics and advanced applications in nuclear energy. Both undergraduate and graduate certificates are available, offering flexible options for students at different stages of their academic journey.
What can you do with a nuclear energy science certificate?
A nuclear energy science certificate opens doors to a wide range of impactful and rewarding careers. As the demand for clean energy solutions continues to grow, professionals in this field are at the forefront of shaping the future of energy production.
Here are just a few of the incredible career opportunities a nuclear energy science certificate can help you unlock:
- Nuclear Criticality Safety Engineer
- Nuclear Fuels Engineer
- Reactor Engineer
- Simulator Software Engineer
- Health Physicist
- Inspection Engineer
- License Renewal Engineer
- Nuclear Energy Project Developer
- Industrial and Energy Project Developer
Fundamentals of Nuclear Physics: Understand the basic principles behind nuclear energy production by exploring key concepts in nuclear physics, including decay chains and energy densities in industrial applications.
Conventional and Energy Reactor Designs: Explore the operating principles of traditional light water reactors and new designs
in nuclear technology for grid-scale energy generation and remote deployment, comparing
their advantages in safety, costs and fuel needs.
Economics of Nuclear Energy Production: Create basic techno-economic models to assess the costs of nuclear energy projects,
helping to evaluate the financial aspects of nuclear technology development.
Public Engagement: Develop the ability to clearly explain the execution of nuclear energy projects,
including the technical and environmental risks involved in nuclear power generation.
If you’re interested in nuclear energy science or dream of becoming a nuclear engineer, this certificate program is a perfect fit. It’s a great way to build your skills and knowledge while studying technical fields related to nuclear energy:
- Chemistry
- Computing/Computer Science
- Mechanical Engineering
- Physics
- Chemical Engineering
The Nuclear Energy Science certificate at the University of Wyoming offers students an exciting opportunity to explore and specialize in the field of nuclear energy. With hands-on experiences, a robust network of industry connections and expert faculty, this program equips students with the knowledge and skills needed to excel in nuclear technology and energy science careers.
"The cross-pollination of ideas, perspectives and expertise from SER/CEPS will produce graduates who are well-rounded, adaptive and prepared to tackle the complex issues surrounding nuclear energy resources in today's rapidly changing world. Furthermore, the skills and knowledge imparted through this program will empower graduates to make meaningful contributions to the energy sectors, thereby addressing societal needs and global challenges."
- Idaho National Labs (INL)
