The field of natural sciences, the discipline of chemical sciences
List of research topics with details in Polish and English:
| No. | Research topic | Candidate for doctoral supervisor |
| 1 | Storage proteins – physicochemical aspects of their use in medicine (details) | dr hab. inż. Jakub Barbasz |
| 2 | Physicochemical factors creating one- and two-dimensional protein systems (details) | dr hab. inż. Jakub Barbasz |
| 3 | Bacterial biopolymers as carriers for metallocomplexes intended for therapeutic and catalytic applications (details) | dr hab. Janusz Dąbrowski |
| 4 | Advanced gradient materials based on polyhydroxyalkanoates: designing desired properties (details) | dr hab. Maciej Guzik |
| 5 | Design of receptor layers of optical biosensors (details) | prof. dr hab. Barbara Jachimska |
| 6 | Molecular aspects of protein conformational stability in the context of the formation of amyloid superstructures (details) | prof. dr hab. Barbara Jachimska |
| 7 | The influence of the protein corona on the behavior of nanoparticles in biological systems (details) | prof. dr hab. Barbara Jachimska |
| 8 | Foams stabilized with biodegradable nanoparticles (details) | dr hab. Marcel Krzan |
| 9 | Emulsions stabilized by biosurfactants dissolved in the oil phase (details) | dr hab. Marcel Krzan |
| 10 | The Application of Natural Surfactants for Stabilizing Duo-Gel Emulsions with Antimicrobial and Regenerative Properties (details) | dr hab. Marcel Krzan |
| 11 | Sonochemistry as a tool for the manufacture of zeolite-based catalysts for furfural processing (details) | dr hab. inż. Łukasz Kuterasiński |
| 12 | Quantitative Description of Drug Binding and Release to/from Layers of Biocompatible Polyelectrolytes (details) | dr hab. Aneta Michna |
| 13 | Formation of adhesive layers based on biodegradable polymers as effective carriers for selected therapeutic proteins (details) | dr hab. inż. Maria Morga |
| 14 | Determination of the mechanisms and kinetics of protein corona formation on the macroions modified interfaces (details) | dr hab. inż. Małgorzata Nattich-Rak |
| 15 | Electrostatically-driven modification of bacteriophages with biologically active metal nanoparticles and evaluation of their potential in the deactivation of selected bacteria (details) | dr hab. Magdalena Oćwieja |
| 16 | Adsorption properties of Pt-Sn surface alloys (details) | prof. dr hab. Nika Spiridis |
| 17 | Tungsten aldehyde oxidoreductases – kinetic, spectroscopic and structural studies (details) | prof. dr hab. Maciej Szaleniec |
| 18 | Novel polymeric nanoformulation for biomedical application (details) | dr hab. Krzysztof Szczepanowicz |
| 19 | Functional nanohybrid systems with graphene oxide and nanoparticles as components of a new type of biosensors (details) | dr hab. Krzysztof Szczepanowicz |
| 20 | The interactions of nanoparticles with bacterial membrane (details) | dr hab. Krzysztof Szczepanowicz |
| 21 | Synthesis and Parameterization of Model Monolayers of Particles with Controlled Polydispersity (details) | dr hab. Paweł Weroński |
| 22 | Modeling and parameterization of Monolayers of Particles with Controlled Polydispersity (details) | dr hab. Paweł Weroński |
| 23 | Hybrid mineral composites as effective nanomaterials of CO2 capture (details) | dr hab. Małgorzata Zimowska |
| 24 | Layered Double Hydroxides for Smart Corrosion Protection of Biocompatible Mg and Zn Alloys (details) | dr hab. Małgorzata Zimowska |
| 25 | Metal nanoparticles for application in printed electronics (details) | dr hab. Anna Pajor-Świerzy |
| 26 | Activation and transformations of small molecules on transition metal/support systems (details) | dr hab. Dorota Rutkowska-Żbik |
| 27 | Reaction mechanisms and redesign of selected metalloenzymes – computational studies (details) | prof. dr hab. Tomasz Borowski |