Open Positions

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

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There are 6 offers now

  • Joint PhD Texas A&M & IMDEA Materials – Computational design of metallic alloys for additive manufacturing

  • May 28, 2020
    Predoctoral researcher
  • APPLY SEE

Computational design of metallic alloys for additive manufacturing, combining multiscale physics-based models of processing and microstructure evolution with state-of-the-art machine learning approaches.

  • Postdoctoral Research Associate – Multiscale modeling of metallic alloy solidification

  • Mar 04, 2020
    Postdoctoral researcher
  • APPLY SEE

Phase-field modeling of metal additive manufacturing (3D printing)

  • PhD candidate - Multiscale modeling of lattice materials fabricated by Additive Manufacturing

  • Nov 24, 2019
    Predoctoral researcher
  • APPLY SEE

Two PhD candidates to carry out a PhD in Computational Mechanics and Materials Science. The candidates will develop computational models to study the mechanical response polymer-based lattice structures fabricated by additive manufacturing (AM).

  • Research assistant (PhD student) in computational and data-driven nanoporous materials discovery

  • Aug 08, 2019
    Predoctoral researcher
  • APPLY SEE

IMDEA Materials Institute’s Computational and Data-driven Discovery Group seeks a Research Assistant to work on novel computational, 'Big Data' and 'Materials Genome' tools for discovery of nanoporous materials for energy applications.

  • Research Assistant (PhD student) in Structural battery electrodes

  • May 20, 2019
    Predoctoral researcher
  • APPLY SEE

PhD student in nanostructured materials for energy storage

  • Post-doctoral Research Associate in Atomistic Modelling of Metallic Alloys

  • Apr 24, 2019
    Postdoctoral researcher
  • APPLY SEE

IMDEA Materials Institute is looking for a Research Associate in Atomistic Modelling of Metallic Alloys (PhD in Computational Materials Science, Physics, Materials Science) to work in the research project VIRMETAL (virtual design, virtual processing and virtual testing of metallic materials) funded by an Advanced Grant of the European Research Council.

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