Description

Advancements in nanotechnology have given rise to a new generation of engineered cellular interfaces that offer unparalleled control over cellular processes at the nanoscale. These interfaces hold great promise for advancing our understanding of cellular biology and open new avenues for the development of innovative therapies. 

We aim to create nanostructured biointerfaces within biomedical polymers using nanofabrication technologies. These biointerfaces will serve as a tool to apply biophysical stimuli that can direct and influence specific behaviours in cells. We are eager to explore how this technology can drive progress in regenerative medicine.

The project will be developed at the Functional Surfaces Laboratory at IMDEA Nanoscience  under the framework of our current National and EU collaborative projects. 

 Requirements

 -              Recent Master's degree in areas related to Biophysics, Materials Science, Physics or Engineering

-              Excellent academic records (>7/ 10 scale).

-              Must be proficient in written and spoken English.

-              Knowledge of cell biology techniques will be a valuable asset.

-              Knowledge of any of the following computer programs will be highly valued: Labview, Comsol, Matlab, Origin, Solid Works, Python.

 Application 

-          Interested candidates must send a motivation letter together with their  CV and academic certificates (bachelor's and master's degrees) through Portal de Empleo I+D+i.