teacher profile teaching materials
The sustainable movement, population and prosperity, climate change, comparison between energy efficiency and renewable energy, renewable and non-renewable energy resources, basic atmospheric theory.
Introduction to the concept of sustainability: history of sustainability and sustainable development, the pillars of sustainability and the 2030 Agenda.
Environmental sustainability indicators: general information, PSR and DPISR models, common European indicators, Global Warming Potential and CO2 equivalent. Ecological Footprint, Carbon Footprint, Life Cycle Analysis, Water Footprint.
Global pollution phenomena.
Environmental impact assessment.
Air pollution, noise pollution, thermal pollution and sea pollution.
Heat transfer reminders for building physics.
Energy diagnosis of buildings and Green Buildings.
Dynamic energy simulation software.
Indoor comfort.
Thermoflowmetry, thermography, acquisition of environmental parameters, thermometric method.
Mutuazione: 20810070 SOSTENIBILITA' E IMPATTO AMBIENTALE in Ingegneria meccanica LM-33 EVANGELISTI LUCA
Programme
Topics covered in the courseThe sustainable movement, population and prosperity, climate change, comparison between energy efficiency and renewable energy, renewable and non-renewable energy resources, basic atmospheric theory.
Introduction to the concept of sustainability: history of sustainability and sustainable development, the pillars of sustainability and the 2030 Agenda.
Environmental sustainability indicators: general information, PSR and DPISR models, common European indicators, Global Warming Potential and CO2 equivalent. Ecological Footprint, Carbon Footprint, Life Cycle Analysis, Water Footprint.
Global pollution phenomena.
Environmental impact assessment.
Air pollution, noise pollution, thermal pollution and sea pollution.
Heat transfer reminders for building physics.
Energy diagnosis of buildings and Green Buildings.
Dynamic energy simulation software.
Indoor comfort.
Thermoflowmetry, thermography, acquisition of environmental parameters, thermometric method.
Core Documentation
Educational material provided by the lecturer.Type of delivery of the course
Lessons will take place in the classroom, at the Ostia headquarters.Attendance
Attending lessons is recommended.Type of evaluation
The exam will be carried out through 2 tests: written test with open questions relating to the topics covered in the course and subsequent oral interview.