CHEMISTRY
Year: 1
- ADVANCED INORGANIC CHEMISTRY
- ADVANCED ORGANIC CHEMISTRY
- ANALYTICAL CHEMISTRY OF MATERIALS AND SOLID MATTER
- APPLIED PHYSICAL CHEMISTRY: FROM MOLECULES TO DEVICES
- CHEMISTRY OF HETEROCYCLIC COMPOUNDS
- CHEMOMETRICS
- COMPUTATIONAL CHEMISTRY
- ELECTROANALYSIS
- INDUSTRIAL CHEMISTRY
- NANOMATERIALS
- ORGANOMETALLIC CHEMISTRY
- PRINCIPLES OF ORGANIC SYNTESIS
- STRUCTURAL DIFFRACTION METHODS
Year: 2
- ADVANCED BIOCHEMISTRY AND BIOCHEMICAL METHODS
- ADVANCED SYNTHESIS IN ORGANIC CHEMISTRY
- ANALYTICAL CHEMISTRY FOR CULTURAL HERITAGE
- BIOINORGANIC CHEMISTRY
- ELECTIVE COURSE(S)
- FINAL DEFENSE
- FURTHER KNOWLEDGE
- HOMOGENEOUS CATALYSIS
- INORGANIC MATERIALS CHEMISTRY
- MATERIALS FOR ENERGY
- MOLECULAR SPECTROSCOPY
- PROCESS ANALYTICAL CHEMISTRY
- SYNTHESIS AND PROPERTIES OF BIOLOGICALLY ACTIVE COMPOUNDS
- THEORETICAL CHEMISTRY
funzione in un contesto di lavoro:
competenze associate alla funzione:
sbocchi professionali:
- Chimici e professioni assimilate - 2.1.1.2.1
All information related to fees and contributions expected for enrollment is available on the page:
For information regarding scholarships and other facilities, see:
The Graduate in Chemistry is able to autonomously develop innovative approaches and processes while professionally operating with the aim of:
collecting, gauging, interpreting and evaluating experimental findings;
understating the origin of eventual practical hurdles and planning new approaches to circumvent them.
The Graduate in Chemistry is capable of clearly communicating eventual interesting findings with the appropriate jargon and logical soundness, even in contexts where a foreign language such English may be needed.
The Graduate in Chemistry can autonomously:
remain abreast with scientific and technological advances in Chemistry in order to adapt to an ever-changing working environment;
tackle scientific topics or professional challenges by autonomously learning relevant knowledge useful to approach goals from alternative perspectives or novel operational strategies;
progress into Ph. D. studies to further extent his/her scientific education.
La Prova Finale consiste nella presentazione e discussione di una relazione scritta (tesi) su una attività di ricerca individuale ed originale svolta dallo studente, sotto la guida di un docente (Relatore) e corrispondente a 36 CFU, in un laboratorio universitario od anche, su istanza dello studente, presso un laboratorio di ricerca esterno al mondo accademico purchè adeguatamente qualificato.
Il voto di laurea, che terrà conto sia dell'intero curriculum dello studente sia della validità della ricerca e dell'efficacia della presentazione, è determinato dalla media ponderata dei voti conseguiti nei singoli esami di profitto riportata in centodecimi, incrementabile da parte della commissione fino ad un valore compreso tra 0 e 8 punti.