Info corso

Department of

Department of chemical, physical, mathematical and natural sciences

Course duration

2 years

SASSARI

Type of access

Programmed

Course language

English Italian

In a nutshell

Course information

Class:
[LM-54] Classe delle lauree magistrali in Scienze chimiche
Credits:
120
President:
SERGIO STOCCORO LIDIA VERA GIOVANNA DE LUCA
Teaching methods:
Traditional

Teaching activities

Year of study: OFFERED ACTIVITIES

Requirements for access

 

Titoli opzionali (a scelta tra i seguenti):
  • [LS] -
  • [TSS] -
  • [L1] -
  • [TSS] -
  • [L2] -
  • [TSS] -
  • [TS] -

Tuition fees


Outline, texts and goals 

Professional status.
Chemist
Graduates in Chemical Sciences can enroll, after passing the State Exam pursuant to the provisions of Presidential Decree of 5 June 2001, no. 328, in the professional register of Chemist, and therefore access the exercise of the Profession of Chemist (section A). In addition to the practice of self-employment, the graduate in Chemical Sciences can find employment in sectors such as:
• Industry (in sectors such as agri-food, environmental, green chemistry, material chemistry, petrochemical and pharmaceutical chemistry)
• Control agencies and laboratories (eg: ARPA, Zooprophylactic Institutes, ATS, Fraud Repression Inspectorate, Customs)
• Public and private analysis laboratories (eg: in the sectors of environmental control, analysis in the commodity and / or chemical-clinical field)
• Research Centers
• Scientific information
• Scientific dissemination agencies
• The certification companies
• Quality control.
Graduates may also supplement their training by attending PhD courses, Specialization Courses, training courses for teaching or 2nd level Masters.
Graduates who have sufficient credits in appropriate groups of sectors will be able, as required by current legislation, to participate in the admission tests for training courses for secondary education.
Language(s) of instruction/examination.
ITALIAN, ENGLISH
Skills associated with the function
Chemist
Excellent understanding of the chemical aspects associated with industrial fields, research and analysis laboratories, in the protection of the environment, conservation of cultural heritage, health, energy and material science.
Full ability to use chemical instrumentation with different degrees of complexity and interpretation of the resulting data.
Ability to devise and develop original analytical and methodological procedures of a chemical nature that meet the requirements given by the client.
Great level of interaction in multidisciplinary contexts.
Full autonomy in their work, potential ability to coordinate the activities of subordinates
Potentially able to carry out freelance activities as a Chemist cat. A.
Function in a work context
Chemist
Graduates in Chemical Sciences find employment in top-level industrial contexts, in positions of responsibility in research and analysis laboratories, in the sectors of environmental protection, conservation of cultural heritage, health, energy and materials science, as well as in freelance activity as a chemist of cat. A. He/she is able to apply the experimental method in a broad and in-depth manner, to use even complex scientific instruments with total autonomy, he/she is able both to conceive and develop analytical procedures and to completely interpret the results coming from them, he/she is able to plan the activities of people subjected to him/her with ample autonomy, interact completely and with ample proactive-decision-making autonomy in scientific contexts, including multidisciplinary ones.
Specific learning outcomes

The Master degree in Chemical Sciences has the general objective:  the integration and consolidation of basic skills achieved in the first cycle in the various fields of chemistry and it offers the opportunity to gain expertise in a specific field of chemistry. The course aims to prepare professionals capable of working in laboratories, facilities, public and private companies, even at the executive level in the following areas: (i) innovation in the synthesis of old and new products, which meets the criteria of efficiency and environmental sustainability imposed by social sensitivity and the stringent European regulations which came into force in 2007; (Ii) the use of the most modern technologies for the structural determination of new molecules; (Iii) identification and use of suitable technologies for analysis in an industrial environment, quality and process control, and in clinical, toxicological, forensic and environmental; (Iv) familiarity with the use of computational techniques.
The reformed project degree provides a wide range of training in which the student must choose a set number of credits. Considerable space is dedicated to activities linked to the thesis in which the student tackles a topic of scientific research, and learns to apply the theoretical knowledge acquired. The teaching resources, research facilities and educational services available to the degree course allows the proposal that includes more training in relation to the skills of teachers in specific research areas.