UAB's Virtual Fair for Master's Degrees, Graduate Courses and PhD Programmes
Informative sessions with each programme's direction. From the 2nd to the 6th of October: Registration is open!
- UAB University Master's Degree
- Credits: 60 ECTS credits
Beginning of the pre-enrolment period 01/02/2022
See the calendar
- Pre-registration period: Open
- Places: 30 places
Price: €27.67 per credit (EU citizens and non-EU holding an EU residence permit). 2023/24 Academic year.
€66 per credit (non-EU citizens who do not hold an EU residence permit). 2023/24 Academic year.
- Language: English%)
- Mode: Classroom-based learning
Faculty of Science
The master's degree in Advanced Nanoscience and Nanotechnology allows students to become familiar with the latest subjects, methodologies and facilities in research into Nanoscience and Nanotechnology, based on the knowledge previously acquired in the scientific and technological profile of the bachelor's degree.
The master's degree, consisting of 60 credits and with a duration of one year, is structured into three specialisations: Nanomaterials, Nanobiotechnology and Nanoelectronics. Lecturers are both from the UAB (Departments of Physics, Chemistry, Geology and Electronic Engineering) and from research institutes located on campus [Catalan Institute of Nanoscience and Nanotechnology, Institute of Materials Science of Barcelona (ICMAB-CSIC), National Microelectronics Centre (CNM-CSIC), ALBA Synchrotron]. Lectures take place on afternoons, except in very specific situations.
This concentration of nanotechnology research institutes and groups at the Bellaterra Campus is one of the strongest in Southern Europe, and has made it possible for the UAB to be officially recognised as a Campus of International Excellence in Nanoscience and Biotechnology.
The master's degree offers a wide range of dissertation projects (TFM) in each of its specialisations. A representative list with the main lines of research offered by the institutes and departments that may participate in this 2022/23 academic year can be consulted under the section: Study guides - Master's Degree Dissertation.
Career options include basic research in academic institutions and research institute, applied research in highly technological sectors (chemistry, plastics, pharmaceuticals, biomedicine, electronics, etc.), technology-based entrepreneurship, etc. You can consult some examples of institutions/companies in which our graduates work in the following link
Specific grants for this master's degree
Some scholarships will be offered to cover master’s expenses.
For more information, please contact the master coordinator at firstname.lastname@example.org.