-environmental risk analysis, with reference to normal and abnormal conditionscaused by anthropic settlements and activities;
- open airand underground excavations, soil and rock logging, for the construction oftunnels and other civil and mining works;
-interventions for territorial prevention, protection and reclamation requiredas a result of natural and/or anthropic territorial damage.
- a suitablecommand of the methodological and practical aspects of basic sciences appliedto engineering;
-appropriate command of general engineering knowledge and tools and thoseapplied to environmental engineering, including: methods, techniques, equipment,systems and infrastructure for the design, execution, management and monitoringof works which imply modifications to the biosphere, with particular referenceto the layer of the earth affected by anthropic functions and current andpotential resources of interest to man.
In theirfirst year, students particularly acquire a solid common base of knowledge inthe fields of mathematics, computing, general physics and applied chemistry.Thereafter, the curriculum in years two and three are marked by their multidisciplinaryand inter-sectoral approach, mainly within the field of environmentalengineering, including learning activities in the field of civil engineeringand safety.The learning activities,including workshops, therefore aim to develop the students' knowledge andcompetence in geology-applied geotechnics, construction and materialstechniques, mining and underground fluid engineering, hydraulics and hydraulicconstructions, topography and cartography, chemical engineering and chemicalsystems. Graduates will complete their training with basic knowledge of thefields of economic and management engineering and one foreign language.