Provide students with an excellent background in theoretical and practical aspects of biomolecular sciences as well as in laboratory techniques.
Stimulate students to plan and implement research projects and to critically evaluate the results of their research and the scientific literature.
Help students to develop a critical evaluation of theoretical and practical methodologies used to analyze and solve scientific questions and issues.
Make students proficient in the use of the Scientific English, that is the international language of Science. Knowledge of the Scientific English will constitute a great advantage in their future career.
Introduce students to the frontiers of research in Life Sciences also with the support of lectures and seminars given by invited international scientists of excellent level.
Help students to develop writing and oral scientific communication skills in view of their future interaction with the international scientific community.
Develop team work.
Help students to gain and develop knowledge and skills required by research organizations and biotechnology companies.
Explain the importance of bringing the benefits of advanced research in Life Sciences to the society.
Provide students with an excellent background in theoretical and practical aspects of biomolecular sciences as well as in laboratory techniques.
Plan and manage research projects, use bioinformatics and statistical methods and techniques.
Help students to develop a critical evaluation of theoretical and practical methodologies used to analyze and solve scientific questions and issues.
Analyze complex datasets retrieved from public archives containing "omic" data (genomic and proteomic data).
Apply and use the acquired knowledge to prepare research projects.
