Overview
The Nuclear Engineering Graduate Certificate offers a specialized professional graduate education through a flexible online format, prioritizing accessibility for professionals seeking to advance their careers. Students will become equipped with comprehensive expertise in essential elements of nuclear science and engineering, including:
- Principles of nuclear engineering
- Design of nuclear reactors
- Fuel cycle and performance
- Nuclear Safety Analysis
- Radiation effects on materials
- Nuclear reactors for power and propulsion
Armed with this knowledge, graduates can tackle complex challenges, innovate solutions, and utilize cutting-edge nuclear engineering theory and practice effectively. Additionally, graduates emerge with a deep understanding of nuclear energy’s potential for improving the quality of life and the global climate, enabling them to collaborate effectively with diverse stakeholders and contribute positively to the field.
Courses
Required:
NUE 511: Nuclear Reactor Analysis
NUE 512: Nuclear Design and Safety Analysis
Choose 2 of the below options:
NUE 513: Advanced Nuclear Fuel Cycle and Performance
NUE 516: Nuclear Radiation Damage in Materials
NUE 518: Naval Nuclear Power and Propulsion
Tuition per credit based on 2023/2024 academic year rates (subject to change): $887
Admissions
- Bachelor’s degree
- College transcripts
- Two letters of recommendation
- Resume/CV
- Statement of purpose
- Interest in program
- Relevant work experience
- Reasons for applying to the online program at URI
- Professional goals, as well as plans for achieving these goals
Fall 2025 Dates
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Career Opportunities
Advance your career with URI Online.
This graduate certificate program is designed to unlock diverse career opportunities in the nuclear power sector, spanning roles in reactor design, radiation protection, and nuclear waste management. The specialized knowledge gained through this program prepares individuals for critical roles in ensuring the safety, efficiency, and sustainability of nuclear technologies.
Nuclear
Engineer
Designs nuclear power plants, analyzes nuclear systems, conducts safety assessments, and oversees plant operations to ensure efficient energy production while maintaining safety standards.
Reactor
Engineer
Focuses on the design, optimization, and maintenance of nuclear reactors. They work on reactor core design, control systems, and safety features, aiming to improve reactor performance and reliability.
Radiation Protection Specialist
Ensures safety of workers, the public, and the environment from exposure to radiation, develops and implements radiation protection programs, monitors radiation levels, and advises on safety procedures.
