SUMMARY
The discussion centers on identifying nuclear engineering graduate programs that focus on advanced reactor designs and fuels, specifically liquid fluoride thorium reactors. Participants suggest checking individual faculty interests and emphasize the importance of research activities over standard coursework. Notable programs mentioned include the University of Michigan and Georgia Tech, the latter of which has a grant for developing an Ultra Safe Light Water Reactor. Engaging with graduate chairs and faculty is crucial for aligning research interests with available programs.
PREREQUISITES
- Understanding of nuclear engineering principles
- Familiarity with advanced reactor designs
- Knowledge of liquid fluoride thorium reactors
- Research methodology in engineering disciplines
NEXT STEPS
- Investigate the University of Michigan's nuclear engineering graduate program
- Explore Georgia Tech's research on Ultra Safe Light Water Reactors
- Contact graduate chairs at various institutions to discuss research opportunities
- Research faculty members' specific interests in advanced reactor designs and fuels
USEFUL FOR
Prospective graduate students in nuclear engineering, researchers interested in advanced reactor technologies, and academic advisors guiding students in their program selection.