Career opportunities

In situ characterisation of deformation and fracture mechanisms in Mg alloys

Research support in the area of advanced manufacturing

Técnico de laboratorio de simulacion fisica

A position to scale up the synthesis of Silicon nanowire and transformation into finished electrodes for Li-ion batteries

Design and AM of high entropy shape memory alloys for high-temperature actuators

The candidate will participate in an industrial research project for the aeronautical sector aiming at exploiting the benefits of X-ray computed tomography (XCT) applied to the characterization of additive manufactured (AM) complex jet engine components with demanding thermomechanical properties. The project required the enhancement of the capabilities of XCT technique by applying artificial intelligence to the reconstruction of the volumes, noise reduction and defect segmentation, classification and analysis.

The candidate is expected to have a solid background in programming, artificial intelligence and data processing.

Scientist position in mechanical/acoustic metamaterials.

PhD studentship to develop a new class of metamaterials based on macroscopic fibres of intercalation compounds. The project deals with their synthesis, the study of their lattice structures, and determination of their optoelectronic properties

Fabricación aditiva/impresión 3D metálica mediante fusión por láser en lecho de polvo

Development of the next-generation metallic alloys for high temperature jet engine applications via advanced manufacturing techniques

The research project is related to a nationally funded project. Post-doctoral research associate focused on the design and synthesis of novel eco-friendly flame retardants to polymers will fully work at the High-Performance Polymer Nanocomposites Group at IMDEA Materials Institute.

Fatigue and fracture of additively manufactured carbon steels.

Development of machine learning surrogate models for mechanical behavior of structural composites

Postdoctoral research associate on scattering methods (WAXS/SAXS, SLS) applied to networks of nanowires to study their aggregation and macroscopic properties as electrodes and structural materials.