Admission and graduation profile

Admission profile

The admission profile is the knowledge, skills and abilities of the students who access the degree.

The recommended entry profile is that student who has completed previous undergraduate studies in technical or experimental teaching qualifications related to the objectives of the Master's Degree; among them: Chemistry, Physics, Biochemistry, Biotechnology, Pharmacy, Medicine, Chemical Engineering, Electronic Engineering, or related qualifications.

The Master's degree will also allow access to graduates who meet the requirements of Article 16 of RD 1393/2007 and who also have the required B2 level of English.

Graduation profile

The graduate profile is the skills, knowledge and abilities that the student must have acquired upon completion of the degree. This information is included in the section on competencies/learning outcomes defined for the title.

The graduate of this master's degree will therefore be a graduate with specialized and advanced training with professional capacity and qualification.

Upon completion of the Master's degree, students will have a multidisciplinary training in both the chemical aspects related to nanoscience (bottom-up approach to nanoscience for the design of functional molecules and supramolecular structures; intermolecular interactions; molecular self-assembly and self-organization) and the physical aspects (top-down approach to nanofabrication, physical techniques for manipulation, organization and characterization of nanomaterials).