Open Positions

IMDEA Materials Institute is currently seeking candidates to fill the following openings:

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There are 9 offers now

  • Administrative Assistant for R&D

  • Feb 12, 2018
    Other positions
  • APPLY SEE

R&D administrative assistant to work in the Project Management Office

  • Research Assistant - Na-Mg hybrid batteries

  • Jan 09, 2018
    Predoctoral researcher
  • APPLY SEE

PhD position available to work in the research project Na-Mg hybrid batteries.

  • X-ray technician

  • Jan 08, 2018
    Other positions
  • APPLY SEE

Laboratory Technician for X-ray lab

  • Research Associate

  • Jan 07, 2018
    Postdoctoral researcher
  • APPLY SEE

Research Associate with a PhD in Solid Mechanics, or Materials Engineering, or Mechanical Engineering, or Computational Materials Science to work in the research project MAFMA (multiscale modelling of fatigue in Mg alloys) funded by the Comunidad de Madrid.

  • Research Assistant

  • Jan 07, 2018
    Predoctoral researcher
  • APPLY SEE

PhD student with MSc Degree in Mechanical Engineering, or Materials Engineering or Metallurgy to carry out the research project MAFMA (Multiscale modelling of fatigue in Mg alloys) funded by the Comunidad de Madrid.

  • Research position in Computational Solid Mechanics

  • Dec 18, 2017
    Predoctoral researcher
  • APPLY SEE

Ayudas de la Comunidad de Madrid para la contratación de ayudantes de investigación

  • Research Associate - SMART MANUFACTURING OF COMPOSITE MATERIALS

  • Jul 22, 2017
    Postdoctoral researcher
  • APPLY SEE

Application of machine learning techniques to manufacturing and materials science.

  • Post-doctoral Research Associate - VIRMETAL

  • Jun 27, 2017
    Postdoctoral researcher
  • APPLY SEE

Post -doctoral Research Associate to work in the development of multiscale modeling strategies to simulate the microstructural development during solidification of metallic alloys.

  • Research Associate - PD03-VIR

  • Mar 23, 2017
    Postdoctoral researcher
  • APPLY SEE

Research will be focused in the development of multiscale modeling strategies – based on the atomistic and dislocation dynamics – to simulate the strengthening mechanisms in Al and Mg alloys.

End of available results