IMDEA Materials Institute is currently seeking candidates to fill the following openings:
There are 24 offers now
IMDEA Materials Institute is seeking research support at the pre- or post-doctoral level for a fast-paced project, funded by the Horizon Europe Pathfinder program, to develop smart 4D implants for dynamic tissue restoration, in particular focusing on the in vitro characterization of the developed materials and devices
Doctoral thesis focused on computational thermodynamics and kinetics of metallic alloys. CalPhaD-based calculations, predicting microstructural features, will be used to efficiently explore alloy compositions and process parameters. The generated data will be used to optimize alloys and processes and to train machine learning algorithms. This is part of a large-scale collaborative project focused on leveraging artificial intelligence for the sustainable design of efficient alloys and processes and will thus require close teamwork with several academic and industrial partners.
Research engineer for X-ray Computed Tomography (XCT) analysis focused on data post-processing of metal additive manufacturing samples
The Computational Solid Mechanics Group at IMDEA Materials Institute is seeking to fill a position of Research Assistant to work on Hybrid physics-based and data-driven models for computational solid and materials mechanics. The researcher will work on the development of finite element models for complex thermomechanical processes and their surrogate approximation using machine learning methods.
A Research Assistant position to work with the Multiscale Materials Modeling and the Physical Simulation Groups at IMDEA Materials Institute is seek. The researcher will work on developing constitutive models for the mechanical response of different steels fabricated by additive manufacturing.
Funding for this position will come from IRIDISCENTE, a competitive research project funded by the Spanish Ministry of Science, Innovation and Universities.
The tasks to be developed will be mainly numerical, using state-of-the-art tools as crystal plasticity and homogenization based on Fast Fourier Transform (FFT) solvers or Finite Elements, but will require a good background in materials science, specifically on steels.The researcher will be enrolled in a PhD program and carry out his/her PhD dissertation while working at IMDEA.
This offer is being evaluated and it is not possible to apply
Research on computational thermodynamics and kinetics of metallic alloys. CalPhaD-based calculations, predicting microstructural features, will be used to efficiently explore alloy compositions and process parameters. The generated data will be used to optimize alloys and processes and to train machine learning algorithms. This is part of a large-scale collaborative project focused on leveraging artificial intelligence for the sustainable design of efficient alloys and processes, and will thus require close teamwork with several academic and industrial partners.
This offer is being evaluated and it is not possible to apply
Development of high-performance steels by 3D printing from recycled powders from scrap metals at the Sustainable Powder Technology research group.
The research groups of Sustainable Powder Metallurgy and Micro- and Nano-mechanics at IMDEA Materials Institute, jointly seek a RESEARCH ASSOCIATE with Doctoral Degree in materials science and engineering, chemistry or similar, to work in metal additive manufacturing by metal jetting
This offer is being evaluated and it is not possible to apply
HP 3D Printing, AMES and the research groups of Sustainable Powder Metallurgy and Micro- and Nano-mechanics at IMDEA Materials Institute, jointly seek a PhD candidate to perform research on printing parameters and their effect on the microstructure for metal jet process.
This offer is being evaluated and it is not possible to apply
HP 3D Printing, AMES and the research groups of Sustainable Powder Metallurgy and Micro- and Nano-mechanics at IMDEA Materials Institute, jointly seek a PhD candidate to carry out a doctoral research in debinding and sintering in metal additive manufacturing by Metal Jetting
This offer is being evaluated and it is not possible to apply
Post-doctoral Research Associate in Smart 4D Bioedegradable Metallic Shape-Shifting Implants for Dynamic Tissue Restoration
This offer is being evaluated and it is not possible to apply
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.
This offer is being evaluated and it is not possible to apply