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Recruitment for a project- IMIM PAN

The field of engineering and technology, the discipline of material engineering

Applying to KISD- step by step_Instruction

Current recruitment procedures for projects:

Recruitment procedure for the research topic (details of the procedure at the link)Candidate for doctoral supervisorCall for applicationsDate of recruitment announcement
Plastic deformation mechanisms and crystallographic texture development during extrusion process and its influence on final properties of extruded profilesdr hab. inż. Maciej Szczerba25.08.2025-29.08.202522.07.2025
Detwinning mechanisms in high- and medium-entropy alloysdr hab. inż. Maciej Szczerba25.08.2025-29.08.202522.07.2025
Recruitment completed
Bioabsorbable zinc-based materials – influence of alloying, plastic deformation and surface modification on propertiesdr hab. Magdalena Bieda-Niemiec20.01.2025-24.01.2025 16.12.2024
Fatigue properties of Ni-Mn-Ga-based alloys produced by rapid crystallization methoddr hab. inż. Maciej Szczerba26.08.2024 -30.08.202424.07.2024
Porous materials produced from ice templates dedicated to
endothelial-muscle cell coculture		dr hab. inż Roman Major
21.08.2023-25.08.202321.07.2023
The use of battery mass to produce critical metal compounds (Co, Ni, Li) and hydrogen storage materialsdr hab. inż. Adam Dębski21.08.2023-25.08.202321.07.2023
Preparation and multi-scale characterization of materials from high-melting metals produced in the LPBF technologydr hab. inż. Łukasz Major21.08.2023-25.08.202321.07.2023
Numerical and experimental studies for a newly developed steel type in hot forming processesdr hab. inż. Maciej Szczerba21.08.2023-25.08.202321.07.2023
Development of technology to produce ferrite nanoparticles for catalytic and medical applications in the form of stable aqueous dispersionsdr hab. Joanna Wojewoda-Budka21.08.2023-25.08.202321.07.2023
Fatigue properties of Ni-Mn-Ga-based alloys produced by rapiddr hab. inż. Maciej Szczerba21.08.2023-25.08.202321.07.2023
Recruitment completed:
Thermodynamic properties and structure of Cu-Mg-Ti and Ag-Mg-Ti alloys and their potential to interact with hydrogendr hab. inż. Adam Dębski19.06.2023-23.06.202318.05.2023