PHD RESEARCH PROJECTS
SELECTA project is a Marie Sklodowska-Curie Innovative Training Network that offers the possibility to pursue the PhD within the Network at different universities/research centers/companies across Europe. 15 PhD positions are funded by the European Community under Horizon 2020.
The fellows will pursue research in the field of smart electrodeposited metallic alloys suitable for environmental/sustainable development applications. The duration of the appointment is 3 years and Marie Curie eligibility criteria must be respected.
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UAB
Electrodeposition of rare-earth- and noble-metal-free hard-magnetic, shape memory and magnetostrictive alloys
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UAB
Template-assisted and template-free electrodeposition of nanoporous metallic coatings
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UOI
Design of functional dense and nanoporous Fe-, Al- and Cu-based coatings by molecular dynamics simulations and DFT calculations
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VU
Electrodeposition of amorphous-like/nanocrystalline Fe-(W,Mo) alloys and composites
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INRIM
Low dimensional dense and nanoporous Fe-based alloys: synthesis, microstructure and magnetic properties
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FINK
Effect of porosity on the mechanical and tribocorrosion behavior of Fe-, Cu- and Al-based alloys and bimetallic layers: fundamentals and engineering applications –
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EMPA/ELEOSS
Electrodeposited amorphous-like and austenitic stainless steel: synthesis, miniaturization and physical properties
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UCAM
Fabrication of magnetic films and patterned structures using physical methods
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UCAM
Design and fabrication of multilayer systems for microdevice applications
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UCAM
Design and Mechanical Properties of Sustainable Amorphous and Nanocrystalline Electrodeposits
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ETHZ
Miniaturization of electrodeposited materials for environmental small-scale robotics
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IFW
Mask-free electrodeposition of Fe-Mn films/structured deposits with functional properties.
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HP
Development of green electrolytes for sustainable industrial production of magnetic alloys
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HP
Medium up-scale fabrication of amorphous/nanocrystalline coatings with high corrosion and wear resistance
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CHAL
In-depth microstructural characterization of sustainable electrodeposited alloys with dissimilar dimensionality: from continuous films to nanostructures
