...
- 3 courses in Field of Specialization by the end of 4th semester. There is a pre-approved list based on your field:
- Nuclear Reactor Engineering: 22.211, 22.312, and 22.39
- Nuclear Reactor Physics: 22.211, 22.312 and 22.212 (EOY)
- Nuclear Materials: 22.71, 22.74 (new), and either 22.72 (EOY) or 3.21
- Nuclear Fuel Cycle: 22.211, 22.251 (EOY) and 22.78
- Fusion: 22.611, 22.62, and one of 22.67, 22.615, or 22.616
- Nuclear Science and Technology: 22.51 and two out of (8.511, 8.333, 8.421)
- Nuclear Security and Policy: Select three out of (22.251, 22.78, 22.812, 22.814)
- 2 courses in Advanced Subject (traditionally called "Major"): closely related to your research. Some courses veteran students have used to satisfy this requirement include (FIXME: ask around for more suggestions):
- Nuclear Reactor Engineering: 22.313 (2-phase flow), 22.314 (structural mechanics), 22.315 (CFD), or sub one out for a course 2 one. 22.251, 22.33, 22.39.
- Nuclear Reactor Physics: 22.213, 22.251, 22.39 (maybe?)
- Nuclear Materials: ????
- Nuclear Fuel Cycle: ????
- Fusion: (22.63, 22.67, and 22.74) (22.616, 22.615 and 22.67)
- Nuclear Science and Technology: ????
- Nuclear Security and Policy: ????
- 2 courses in Minor: needs to be sufficiantly different from your major.
Nuclear policy: 22.814, 22.812J
Numerical Methods: 18.335 (Intro to Numerical Methods), 16.920 (Numerical Methods for PDEs)
- Materials: 22.70 (Materials for Nuclear Applications), 3.370 (Manufacture and Use of Structural Materials)
Finance:
...
- Nathan Gibson (Nuclear Reactor Physics)
- Silvia Espinosa-Gutiez (Fusion)
- Lulu Li (Nuclear Reactor Physics)
- Rebecca Romatoski (Nuclear Reactor Engineering)
- Brandon Sorbom (Fusion)
...