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Introductive courses (recommended for all PhD candidates) |
Global energy trends and outlook - Leone (10)
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Highly specific courses (recommended for PhD candidates carrying out researches in the corresponding area) |
Computational heat and mass transfer - Ferrari (20) Experimental heat and mass transfer - Bertani (20) Thermodynamics of irreversibility - Lucia (10) Introduction to LabVIEW and data acquisition - Millo (20) |
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| TRACK |
Environmentally friendly powertrains |
Energy Systems Optimization |
Building physics and energy systems in future buildings and communities |
Sustainable Nuclear Engineering |
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Introductive courses (recommended for all PhD candidates) |
Sustainable transport systems: energy and environmental issues Spessa (15) LCA-based tools and methodologies for the transport sector - Prussi (10) |
Energy for future factories - Verda (10) Advanced solar energy technologies - Bergamasco (15) |
Energy in smart buildings - Corrado (10) | *---The future of nuclear energy - Bonifetto (10) |
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Highly specific courses (recommended for PhD candidates carrying out research in the corresponding area) * Biennial Courses (--- if not active in 23-24) |
Hybrid propulsion systems - Rolando (15) *Towards ZEV: technologies for vehicle pollutant emissions control - Millo (20) *---Modelling techniques for advanced internal combustion engine technologies - Piano (10)
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Modelling of nanoscale heat and mass transfer phenomena -Fasano (20) *---Computational models for thermo-fluid networks - Guelpa (20) Ventilation and Tunnel Safety - Papurello (20)
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Indoor Environmental Quality (IEQ) and energy efficiency in buildings - Astolfi (30) *Energy and environmental assessement of building stocks - Ballarini (10) |
*---Numerical methods for neutron transport - Dulla (30) *---System-level modeling of nuclear plants - Froio (20)
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