Master Fellowships at BCMATERIALS

BCMATERIALS is a leading Basque research Centre devoted to active and functional materials. We are now offering the opportunity to develop the Master Thesis on the fields of Active, Nanostructured or Functional Materials. The research work will be carried out at the Faculty of Science and Technology, Campus of Leioa of the UPV/EHU or at the Technological Park of Biscay (building 500, Derio) were BCMATERIALS is installed.

Offer conditions

BCMATERIALS offers 6 grants, to eligible students who wish to complete their Master Thesis with us.

The 4th ICMAST was held on June 8-11, 2014 at Bilbao.   The conference aims at creating a forum in the field of materials research and their applications, especially for those materials that are used for sensors and devices that transduce physical properties.

Download 2013 Activity Report (4MB)

Next  29th BCMaterials and ZTF-FCT University of Leioa presents a IEEE Distinguished Lecturer: Tim St Pierre.  School of Physics, The University of Western Australia.  

Magnetic Materials in Medicine: Applications in Diagnosis, Management and Treatment of Disease.

Pre-registration for the Master on New Materials is open for the year 2014-15. Please visit the official web page and download the brochure You can also watch the promotional video. Master thesis to develop at the BCM, will be offered in this se

From 6th to 9th April BCMaterials has attended at 4th Zing Bionanomaterials Conference in Nerja, Málaga.

Elettra Sincrotrone Trieste is a multidisciplinary international laboratory of excellence, specialized in generating high quality synchrotron and free-electron laser light and applying it in materials science. The Elettra Highlights publication for 2012-2013 has highlighted the proposal of BCMaterials " Magnetite Biom

The next month of April  BCMaterials and ZTF-FCT (UPV-EHU) will present  Professor Hariharan Srikanth and Dr. G.V.

  Acta Materialia 66 (2014) 79–85 An unusual anhysteretic stress–strain behavior characterized by an enormous (∼14%) nonlinear anhysteretic deformation was found in a single-crystalline Ni–Fe(Co)–Ga shape memory alloy. A theoretical analysis showed that,above the critical temperature, a very small residual hysteresis (∼1 MPa) may be caused by the reco