Courses - Course Regulation 2022

Versione Italiana

The Department of Economics offers both First cycle degree courses  and Second cycle degree courses in three different locations in Umbria: Assisi, Perugia and Terni:

Degree Course: Chemical sciences

Study-units

1° Year

Study-unit Curriculum CFU Period
ATOMIC AND MOLECULAR PROCESSES Common element in all curricula
6
I
ENVIRONMENTAL CHEMISTRY Common element in all curricula
6
I
PROFESSIONAL EXPERIENCES chimica fisica, chimica inorganica per l'energia e la catalisi, chimica organica, energy and sustainability
2
I
ADVANCED ENGLISH (LEVEL B2) Common element in all curricula
3
I
LABORATORY FOR COMPUTER PROGRAMMING AND NUMERICAL METHODS theoretical chemistry and computational modelling
2
I
SPECTROSCOPIC METHODS FOR ORGANIC AND BIOORGANIC MOLECULES Common element in all curricula
6
I
REACH, CLP REGULATIONS AND CHEMICAL RISK ASSESSMENT Common element in all curricula
2
I
NANOSTRUCTURED SYSTEMS Common element in all curricula
6
I
CATALYSIS IN ORGANIC CHEMISTRY chimica organica
6
II
ADVANCED PHYSICAL CHEMISTRY chimica fisica, chimica fisica
13
II
ADVANCED ORGANIC CHEMISTRY chimica organica
6
II
COMPUTATIONAL CHEMISTRY theoretical chemistry and computational modelling
6
II
DYNAMICS OF CHEMICAL REACTIONS AND STATISTICAL MECHANICS theoretical chemistry and computational modelling
6
II
GREEN CHEMISTRY energy and sustainability
8
II
INORGANIC MOLECULAR COMPOUNDS: CHEMISTRY, CATALYSIS AND ENERGY chimica inorganica per l'energia e la catalisi
7
II
INORGANIC QUANTUM CHEMISTRY theoretical chemistry and computational modelling
9
II
WEAK INTERACTIONS IN ORGANIC CHEMISTRY chimica organica
9
II
INORGANIC MATERIALS: SYNTHETIS STRUCTURE AND PROPERTY chimica inorganica per l'energia e la catalisi
7
II
MATERIALS FOR RENEWABLE ENERGY SOURCES energy and sustainability
6
II
METHODS FOR THE CHARACTERIZATION OF INORGANIC COMPOUNDS chimica inorganica per l'energia e la catalisi
6
II
MOLECULAR SPECTROSCOPY chimica fisica, theoretical chemistry and computational modelling
8
II
OPTOELECTRONIC PROPERTIES OF MATERIALS chimica fisica, energy and sustainability
8
II
ADVANCED ORGANIC SYNTHESIS chimica organica
8
II
THEORETICAL APPROACHES FOR THE STUDY OF MOLECULES AND INORGANIC MATERIALS chimica inorganica per l'energia e la catalisi
9
II
THEORETICAL APPROACHES TO MATERIALS FOR ENERGY AND SUSTAINABILITY energy and sustainability
7
II

2° Year

Study-unit Curriculum CFU Period
ADVANCED METHODS IN ELECTRONIC STRUCTURE, DYNAMICS AND MOLECULAR MODELLING theoretical chemistry and computational modelling
12
I
COMPUTATIONAL APPROACHES TO ORGANIC REACTIONS Common element in all curricula
6
I
OPTIONAL SUBJECT Common element in all curricula
12
I
BIOGEOCHEMISTRY Common element in all curricula
6
I
ADVANCED CHARACTERIZATION OF INORGANIC MATERIALS Common element in all curricula
6
I
CHEMOINFORMATICS Common element in all curricula
6
I
BIOINORGANIC CHEMISTRY Common element in all curricula
6
I
CHEMISTRY OF POLYMERS Common element in all curricula
6
I
CHEMISTRY AND ENERGY SOURCES Common element in all curricula
6
I
DIDACTICS OF CHEMISTRY Common element in all curricula
6
I
FEMTOCHEMISTRY Common element in all curricula
6
I
PHOTOCHEMISTRY Common element in all curricula
6
I
REACTION MECHANISMS IN ORGANIC CHEMISTRY Common element in all curricula
6
I
METHODS AND MATERIALS FOR NANOPHOTONICS Common element in all curricula
6
I
ADVANCED METHODOLOGIES FOR ENVIRONMENTAL SCIENCES AND CULTURAL HERITAGE Common element in all curricula
6
I
MODELING OF ORGANIC MOLECULES Common element in all curricula
6
I
NON LINEAR OPTICS Common element in all curricula
6
I
THEORETICAL METHODS FOR MOLECULAR DYNAMICS Common element in all curricula
6
I
FINAL EXAMINATION Common element in all curricula
24
II
STAGE FOR OPTIONAL SUBJECT Common element in all curricula
6
II
STAGE Common element in all curricula
12

Optional course content (Groups)

Study-unit Curriculum CFU Period
Group GRUPPO AFFINI E INTEGRATIVE II ANNO
Required CFU: 12
COMPUTATIONAL APPROACHES TO ORGANIC REACTIONS
common element in all curricula
6
I
BIOGEOCHEMISTRY
common element in all curricula
6
I
ADVANCED CHARACTERIZATION OF INORGANIC MATERIALS
common element in all curricula
6
I
CHEMOINFORMATICS
common element in all curricula
6
I
BIOINORGANIC CHEMISTRY
common element in all curricula
6
I
CHEMISTRY OF POLYMERS
common element in all curricula
6
I
CHEMISTRY AND ENERGY SOURCES
common element in all curricula
6
I
DIDACTICS OF CHEMISTRY
common element in all curricula
6
I
FEMTOCHEMISTRY
common element in all curricula
6
I
PHOTOCHEMISTRY
common element in all curricula
6
I
REACTION MECHANISMS IN ORGANIC CHEMISTRY
common element in all curricula
6
I
METHODS AND MATERIALS FOR NANOPHOTONICS
common element in all curricula
6
I
ADVANCED METHODOLOGIES FOR ENVIRONMENTAL SCIENCES AND CULTURAL HERITAGE
common element in all curricula
6
I
MODELING OF ORGANIC MOLECULES
common element in all curricula
6
I
NON LINEAR OPTICS
common element in all curricula
6
I
THEORETICAL METHODS FOR MOLECULAR DYNAMICS
common element in all curricula
6
I
Group CREDITI A SCELTA DELLO STUDENTE
Required CFU: Min12 - Max15
COMPUTATIONAL APPROACHES TO ORGANIC REACTIONS
common element in all curricula
6
I
BIOGEOCHEMISTRY
common element in all curricula
6
I
ADVANCED CHARACTERIZATION OF INORGANIC MATERIALS
common element in all curricula
6
I
CHEMOINFORMATICS
common element in all curricula
6
I
BIOINORGANIC CHEMISTRY
common element in all curricula
6
I
CHEMISTRY OF POLYMERS
common element in all curricula
6
I
CHEMISTRY AND ENERGY SOURCES
common element in all curricula
6
I
DIDACTICS OF CHEMISTRY
common element in all curricula
6
I
FEMTOCHEMISTRY
common element in all curricula
6
I
PHOTOCHEMISTRY
common element in all curricula
6
I
REACTION MECHANISMS IN ORGANIC CHEMISTRY
common element in all curricula
6
I
METHODS AND MATERIALS FOR NANOPHOTONICS
common element in all curricula
6
I
ADVANCED METHODOLOGIES FOR ENVIRONMENTAL SCIENCES AND CULTURAL HERITAGE
common element in all curricula
6
I
MODELING OF ORGANIC MOLECULES
common element in all curricula
6
I
NON LINEAR OPTICS
common element in all curricula
6
I
THEORETICAL METHODS FOR MOLECULAR DYNAMICS
common element in all curricula
6
I
Group GRUPPO AFFINI E INTEGRATIVE II ANNO
Required CFU: 12
ADVANCED METHODS IN ELECTRONIC STRUCTURE, DYNAMICS AND MOLECULAR MODELLING
Theoretical chemistry and computational modelling
12
I
COMPUTATIONAL APPROACHES TO ORGANIC REACTIONS
Theoretical chemistry and computational modelling
6
I
BIOGEOCHEMISTRY
Theoretical chemistry and computational modelling
6
I
ADVANCED CHARACTERIZATION OF INORGANIC MATERIALS
Theoretical chemistry and computational modelling
6
I
CHEMOINFORMATICS
Theoretical chemistry and computational modelling
6
I
BIOINORGANIC CHEMISTRY
Theoretical chemistry and computational modelling
6
I
CHEMISTRY OF POLYMERS
Theoretical chemistry and computational modelling
6
I
CHEMISTRY AND ENERGY SOURCES
Theoretical chemistry and computational modelling
6
I
DIDACTICS OF CHEMISTRY
Theoretical chemistry and computational modelling
6
I
FEMTOCHEMISTRY
Theoretical chemistry and computational modelling
6
I
PHOTOCHEMISTRY
Theoretical chemistry and computational modelling
6
I
REACTION MECHANISMS IN ORGANIC CHEMISTRY
Theoretical chemistry and computational modelling
6
I
METHODS AND MATERIALS FOR NANOPHOTONICS
Theoretical chemistry and computational modelling
6
I
ADVANCED METHODOLOGIES FOR ENVIRONMENTAL SCIENCES AND CULTURAL HERITAGE
Theoretical chemistry and computational modelling
6
I
MODELING OF ORGANIC MOLECULES
Theoretical chemistry and computational modelling
6
I
NON LINEAR OPTICS
Theoretical chemistry and computational modelling
6
I
THEORETICAL METHODS FOR MOLECULAR DYNAMICS
Theoretical chemistry and computational modelling
6
I