Energy Engineering — Politecnico di Milano, Milano

Il piano degli esami

Curricula: EEG - Green Power System, EEH - Oil and Gas Production, EES - Energy for Development, EIT - Energy use and built environment, EEE - Renewables and Environmental Sustainability, EST - Energy Systems for Transition, PRP - Propulsion and Power, WND - Wind Energy. Qui sotto: EEG - Green Power System.

1° anno

• Electric conversion from green sources of energy — 8 CFU
• Water and food security — 5 CFU
• 10 CFU a scelta tra (scegli 10 CFU): Heat and mass transfer 10 CFU; Scambio termico e di massa 10 CFU
• 10 CFU a scelta tra (scegli 10 CFU): Energy conversion a 10 CFU; Conversione dell'energia a 10 CFU; Heating and cooling systems a 10 CFU
• 8 CFU a scelta tra (scegli 8 CFU): Fundamentals of chemical processes 8 CFU; Fondamenti di processi chimici 8 CFU
• 8 CFU a scelta tra (scegli 8 CFU): Control systems 8 CFU; Green building energy systems 8 CFU
• 16 CFU a scelta tra (scegli 16 CFU): Energy economics 8 CFU; Energy and climate change modeling and scenarios 8 CFU; Thermoeconomics and energy modeling 8 CFU; Energetica generale 8 CFU

2° anno

• Wind, hydro and geothermal power generation — 8 CFU
• Solar and biomass power generation — 8 CFU
• Graduation thesis and final exam (eng) — 20 CFU
• 16 CFU a scelta tra (scegli 16 CFU): Design of fluid machines for clean power generation 8 CFU; Engineering of solar thermal processes 8 CFU; Electrochemical energy conversion and storage 8 CFU; Chemical processes for energy vectors 8 CFU; Materials for direct energy conversion 8 CFU; Zero emission and positive energy districts 8 CFU; Probabilistic safety analysis (psa): system analysis methods, computational techniques and artificial intelligence algorithms b 8 CFU; Digital twin for energy systems management 8 CFU
• Gruppi S1, SOFT SKILLS, LABS, ENHANCE - A, ENHANCE - B, ENHANCE - C, ENHANCE - D (scegli 8 CFU): Advanced energy systems 8 CFU; Applied cfd for industrial engineering 8 CFU; Chemical processes for energy vectors 8 CFU; Conversione dell'energia b 8 CFU; Energy accounting and impact assessment methods 8 CFU; Energy conversion b 8 CFU; Energy efficiency and decarbonisation of industrial processes 5 CFU; Engineering and cooperation for development 8 CFU; Engineering of solar thermal processes 8 CFU; Esg principles in the transition economy 5 CFU; Heating and cooling systems b 8 CFU; Internal combustion engines 8 CFU; Materials for energy 8 CFU; Multiphase systems and technologies 8 CFU; Probabilistic safety analysis (psa): system analysis methods, computational techniques and artificial intelligence algorithms b 8 CFU; Rotor dynamics and diagnostic a 8 CFU; Smart maintenance management 5 CFU; Solar and biomass power generation 8 CFU; Sustainable process design for natural gas and energy carriers 5 CFU; Sustainable use of underground energy resources 8 CFU; Turbomachinery b 8 CFU; Wind turbine and wind farm modelling and control b 5 CFU; Wind, hydro and geothermal power generation 8 CFU; Zero emission and positive energy districts 8 CFU; Advanced process control 5 CFU; Combustione e sicurezza 8 CFU; Control systems 8 CFU; Corrosion and material protection 8 CFU; Design of fluid machines for clean power generation 8 CFU; Development economics 8 CFU