Matylda Guzik

Førstelektor - Seksjon for energisystemer
Bilde av Matylda Guzik
English version of this page
Telefon +47 22842224
Besøksadresse Gunnar Randers vei 19 2007 KJELLER
Postadresse Postboks 70 2027 KJELLER

Expertise & research interests

  • Materials scientist with 15+ years of extensive experience in synthesis and structural characterization of compounds for various technological applications
  • Expert in investigation of materials for energy conversion & storage with particular focus on hydrogen storage technologies
  • Specialist in material synthesis by metallurgical/non-equilibrium methods and structural/electrochemical/thermodynamic characterization of solid-state compounds
  • Crystallographer with expertise in design & execution of experimental studies on materials for energy conversion & storage with synchrotron X-ray/neutron diffraction techniques
  • Manager of laboratories for synthesis and characterisation of solid-state materials 
  • Beneficiary and participant of various national/international projects on hydrogen storage materials, oxides, semiconductors and magnetic phases

I hold a doctorate in Crystallography from the University of Geneva, which I obtained as Marie Curie Fellow within the Research Training Network HYTRAIN. Before joining the Department of Technology Systems, I worked as a researcher at the Department of Physics (UiO), and as a postdoctoral research fellow at the Institute for Energy Technology in Kjeller (Norway). My research is focused on development of novel materials and components for sustainable environmental solutions. I am particularly interested in improving hydrogen storage technologies for renewable energy system applications. My work is highly cross-disciplinary, linking the material- and element-focused research with the system-oriented approach. As an individual, who is passionate about expanding borders, I love to apply my creativity and analytical skills to explore new possibilities, areas and connections.


If you would like to prepare your MSc/PhD thesis in the area of materials & components for sustainable energy solutions, or multidisciplinary topics combining materials, sustainability, circular economy & renewable energy; just let me know and I would be happy to talk it over.


In the autumn term, I give a course in "Hydrogen Technology" TEK5390

Emneord: Materials for Sustainability, Sustainable Energy Materials, Hydrogen Energy, Hydrogen Production, Hydrogen Storage, Hydrogen Economy, Renewable Energy Systems, Energy Conversion, Energy Storage, Circular Economy, Powder X-ray & Neutron Diffraction, Crystallography, Batteries, Funcional Materials
Publisert 9. jan. 2018 15:17 - Sist endret 13. apr. 2021 13:05