Tomasz Czujko

Professor Tomasz Czujko is a full professor at the Faculty of Advanced Technologies and Chemistry of the Military University of Technology in Warsaw, Poland. His expertise lies in materials engineering with specializations in superconducting materials (particularly MgB2), hydrogen storage systems, intermetallic compounds, and additive manufacturing technologies.

Research Interests:

• Materials engineering with focus on powder materials and applied physics
• Superconducting materials, especially MgB2-based systems and their critical current density optimization
• Hydrogen storage materials including magnesium hydrides and complex hydrides
• Intermetallic compounds (FeAl, TiAl3, Fe3Al) and their properties
• Additive manufacturing using LENS (Laser Engineered Net Shaping) technology
• Nanoporous materials and their applications in catalysis and energy storage

Research Output Analysis: Professor Czujko's 107 publications demonstrate a strong focus on superconducting MgB2 materials, with extensive work on doping effects, processing parameters, and critical current density improvements. His hydrogen storage research covers magnesium-based hydrides and complex hydride systems. The additive manufacturing work spans from superconducting wires to shape memory alloys and intermetallic compounds, showing expertise in both fundamental materials science and applied engineering solutions.

Achievements:

• Publications: 107 peer-reviewed publications
• Doctoral Supervision: 9 promoted doctoral theses
• Patents: 1 patent registered
• Research Projects: 10 completed projects
• Citation Metrics: h-index of 32 (Scopus), 31 (Web of Science)
• Impact Factors: Total IF 258.232, Total CiteScore 437

Laboratory and Research Infrastructure: Professor Czujko conducts research at the Military University of Technology, utilizing advanced facilities for materials processing including high isostatic pressing, LENS additive manufacturing systems, and comprehensive characterization equipment for superconducting and hydrogen storage materials.