Combined Master + PhD Positions
SCHOLARSHIPS for COMBINED MASTER + PHD POSITIONS
NanoGUNE offers scholarships to students to conduct both their Master thesis and their subsequent PhD thesis within one of nanoGUNE's research groups, for the purpose of acquiring both degrees in conjunction with respective Master and PhD programs.
- Opening: 14 February 2025
- Deadline: 13 March 2025
- Scholarships resolution will be announced: 14 April 2025
The master scholarships will be of a total amount of 350€ per month for up to 10 months*.
After completing the Master, a PhD position will be available and funded, so that the scholarship recipients can smoothly continue their research and advanced degree education as long as they and their thesis advisors are interested in such a continuation.
We are looking for highly motivated undergraduate students who are planning to continue their studies with a Master degree and are furthermore interested in pursuing a doctoral degree at our center. Candidates should have a good working knowledge of English. NanoGUNE presently has 43 PhD students, who conduct their research in our international environment. Already completed PhD theses can be found here.
Application and selection process:
- All our projects are listed below. Clic on the selected project to view the poster and the application form.
- Applicants have to fill the application form at the end of the description of the selected project and must include their CV and academic record. Including a motivation letter is recommended.
- A candidate may apply to more than one project by filling the application form for the selected project of interest.
- It is recommended to get in touch with the scientist in charge of the selected project in order to obtain more detailed information.
- Applications will be accepted until 13 March 2025.
- The selection process will start right after this deadline and the positions will be awarded on a competitive basis taking into consideration the student's academic record as well as the rest of the information provided.
*This will not be compatible with any other grant or funding awarded for the same purpose.
Master projects
- CIC01: Master project on SYMMETRY MANIPULATION OF EXCHANGE INTERACTIONS IN ULTRATHIN MAGNETIC FILMS
- CIC01: Master project on ULTRAFAST LIGHT-CONTROLLED MAGNETIC METAMATERIALS
- CIC02: Master project on INFRARED (NANO)SPECTROSCOPY FOR LABEL-FREE DIAGNOSTICS
- CIC02: Master project on OPTICAL GENERATION OF COHERENT VIBRATIONAL STATES IN A MOLECULAR ENSEMBLE: EXPLORING NON-LINEAR OPTICS WITH QUANTUM STATES
- CIC03: Master project on ULTRATHIN WATER LAYERS
- CIC04: Master project on IMPEDIMETRIC BIOSENSORS FOR BIOLOGICAL SAMPLE CHARACTERIZATION
- CIC05: Master project on EXPLOITING THE SPIN-ORBIT COUPLING IN SPINTRONIC NANODEVICES
- CIC05: Master project on EXPLORING DEVICES WITH VAN DER WAALS HETEROSTRUCTURES
- CIC05: Master project on RAMAN SPECTROSCOPY IN LOW-DIMENSIONAL MATERIALS
- CIC07: Master project on DEEP LEARNING FOR SIMULATING CRYSTAL NUCLEATION
- CIC07: Master project on NONLINEAR OPTICAL PROPERTIES OF MAGNETIC 2D VAN DER WAALS AND TOPOLOGICAL MATERIALS FOR NEXT-GENERATION QUANTUM TECHNOLOGIES
- CIC07: Master project on PREDICTING NEW METHODS OF COST-EFFECTIVE NANOMATERIAL SORTING: CHIRALITY CONTROL OF CARBON NANOTUBES
- CIC07: Master project on QUANTUM COMPUTING FOR FIRST-PRINCIPLES CALCULATIONS OF CORRELATED ELECTRONS
- CIC08: Master project on COMBINATORIAL VAPOR DEPOSITION FOR ADVANCED THIN-FILM BIOSENSORS
- CIC08: Master project on SELF-HEALING STRATEGIES FOR PROTECTIVE COATINGS IN BUILT STONE HERITAGE
- CIC09: Master project on MAGNETIC AND OPTICAL PROPERTIES OF ATOMICALLY PRECISE CARBON NANOSTRUCTURES
- CIC10: Master project on SERS-BASED MONITORING OF OXIDATIVE STRESS AND ACTIVATION MARKERS IN CULTURED LYMPHOCYTES
Master in nanoscience

The Materials Physics Department of the University of the Basque Country (UPV/EHU) and the Center of Materials Physics (CSIC-UPV/EHU), in collaboration with nanoGUNE and the Donostia International Physics Center (DIPC), offer a postgraduate program in Nanoscience.
Participants will complete a one-year program with 60 credits (ECTS) to be granted a Master degree in Nanoscience (MSc). Research with internationally renowned teams, direct contact with senior researchers, and the possibility of further study (PhD work) is offered as an integral part of the program.
Master in New Materials

The Master in New Materials is a joint master offered by several departments of the University of the Basque Country (UPV/EHU) and the University of Cantabria (UC). It is mainly addressed to students who have completed their bachelor's degrees in physics and chemistry, and certain higher engineering degrees.