if enrolling at
Energy and Nuclear Engineering at POLITO
1st Year (@POLITO)
- Nuclear reactor physics and transport theory
- Monte Carlo methods, safety and risk analysis
- Nuclear fusion reactor physics and engineering
- Thermal design and optimization
- Biomedical and industrial applications of radiations
- Fission nuclear plants
- Radiation protection
- Computation thermal fluid dynamics
2nd Year (@POLIMI)
- Nuclear design and technology
- Experimental nuclear reactor kinetics (TRIGA reactor)
- Dynamics and control of nuclear plants
- Elective courses (radiochemistry, radiation detection and measurement, nuclear electronics,…)
- Master thesis
if enrolling at
Nuclear Engineering at POLIMI
1st Year (@POLIMI)
- Fission reactor physics
- Introduction to nuclear engineering
- Physics at nuclear materials
- Dynamics and control of nuclear plants
- Elective courses (radiochemistry, radiation detection and measurement, nuclear electronics,…)
2nd Year (@POLITO)
- Nuclear reactor physics and engineering
- Introduction to computational heal transfer
- Experimental nuclear reactor kinetics (TRIGA reactor)
- Safety of nuclear plants
- Biomedical and industrial applications of radiations
- Elective courses ( nite elements modelling, stochastic processes, machine design,…)
- Master thesis