Energy engineering (2020/2021)
Class: LM-30 - Energy and nuclear engineering
2020/21 applications for international students are open from 7th January 2020 to 7th March 2020 on apply.unipd.it
Deepening
Characteristics and objectives
The Master's Degree in Energy Engineering trains professionals capable of operating with management or research and development functions in the production, distribution and use of energy in its various forms (mechanical, electrical, thermal, chemical energy). These professionals are also able to assess interactions with environmental, economic and regulatory aspects thanks to an in-depth theoretical and practical knowledge on energy, thermo-fluid dynamics, heat transfer, energy production systems, electrical systems for energy, energy economics, industrial measures and instrumentation, renewable energy.
The course also prepares professionals aimed at specific areas of employment in the field of: renewable sources, with particular attention to machines and plants that use these sources; major energy conversions, with in-depth studies on combined, combined heat and power and nuclear (fusion and fission) plants; civilian and industrial applications, with lessons that specifically address energy in buildings and heating and cooling systems.
The course has the EUR-ACE ® (European Accredited Engineer) Label.
Occupational opportunities
Those who obtain the Master degree will be able to find employment, also with management and coordination functions, in public and private bodies that deal with the production and distribution of energy and fuels, in engineering companies that deal with civil and industrial plant design or environmental impact assessments, in industrial companies where the figure of the energy manager or in any case competence in the sector is required, in local authorities (regions, provinces, municipalities).
Teaching list
I Anno HEAT TRANSFER AND THERMOFLUID DYNAMICS [ LUISA ROSSETTO ] INDUSTRIAL MEASUREMENTS [ MARCO PERTILE ] COMBUSTION [ PAOLO CANU ] ADVANCED CONTROL SYSTEMS [ ALESSANDRO BEGHI ] LABORATORY OF APPLIED THERMODYNAMICS ENGLISH LANGUAGE B2 (PRODUCTIVE SKILLS) [ SIMONE CARMIGNATO ] ENERGY SYSTEMS [ ANDREA LAZZARETTO ] APPLIED ENERGY [ ANNA STOPPATO ] COGENERATION AND COMBINED PLANTS NUCLEAR FISSION AND FUSION PLANTS [ GIUSEPPE ZOLLINO ] BIOFUELS AND SUSTAINABLE INDUSTRIAL PROCESSES [ FABRIZIO BEZZO ] GREEN POWER CONVERSION AND UTILIZATION [ LUIGI ALBERTI ] ELECTRIC POWER SYSTEMS FINAL EXAM II Anno PHOTOVOLTAIC SCIENCE AND TECHNOLOGY [ NICOLA TRIVELLIN ] ENERGY ECONOMICS [ ARTURO LORENZONI ] WIND AND HYDRAULIC TURBINES [ GIORGIO PAVESI ] REFRIGERATION AND HEAT PUMP TECHNOLOGY [ DAVIDE DEL COL ] HEATING VENTILATION AIR CONDITIONING SYSTEMS [ MICHELE DE CARLI ] ENERGY AND BUILDINGS [ MICHELE DE CARLI ] RENEWABLE ENERGY SOURCES [ DAVIDE DEL COL ]
