We encourage you to contact Project supervisors to obtain more information about scientific work in projects. In order to contact a supervisor please check contact information on the webpage of a particular institute.
Research projects
Below the list of research projects for the second admission round 2026/2027.
Admission between July 24th and August 07th 2026 via recruitment system.
II admission round 2026/2027
Research Projects 2026 II
No projects
Projects
Project No. 2.1 Unlocking Access to New Bioisosteric Motifs-Radical Reactions and Reagents for the Incorporation of NCF3 and NCF2H Functional Groups [prof. Dorota Gryko, dr Michał Ociepa]
Project No. 2.2 Red and Near-Infrared Boron-Containing TADF Emitters [dr hab. Mykhaylo Potopnyk]
Project No. 2.3 Interfacial photoelectrochemistry for modern organic synthesis-development of transformations based on (photo)-oxidation [prof. dr hab. Dorota Gryko, dr Katarzyna Rybicka-Jasińska]
Project No. 2.1 Unlocking Access to New Bioisosteric Motifs-Radical Reactions and Reagents for the Incorporation of NCF3 and NCF2H Functional Groups [prof. Dorota Gryko, dr Michał Ociepa]
Project No. 2.2 Red and Near-Infrared Boron-Containing TADF Emitters [dr hab. Mykhaylo Potopnyk]
Project No. 2.3 Interfacial photoelectrochemistry for modern organic synthesis-development of transformations based on (photo)-oxidation [prof. dr hab. Dorota Gryko, dr Katarzyna Rybicka-Jasińska]
Projects
Project No. 3.1 Catalytic Ortho-Para Hydrogen Conversion in NMR Spectroscopy Implications for NMR Line Shape [dr hab. Piotr Bernatowicz, dr Tomasz Ratajczyk]
Project No. 3.2 Design and synthesis of selective catalysts for hydrocyanation reactions assisted by machine learning methods [prof. dr hab. Volodymyr Sashuk, dr Dawid Lichosyt]
Project No. 3.3 Computer simulations of transient absorption spektra [dr hab. Michał Kochman]
Project No. 3.4 Multiscale Modelling of Metabolite Channeling-Physiological Insights and Optimization of Enzyme Cascades [dr hab. Svyatoslav Kondrat]
Project No. 3.5 Multiscale Modelling of Confined Enzyme Cascades in Nanocages [dr hab. Svyatoslav Kondrat]
Project No. 3.6 Non-invasive Optical Imaging of retinal ganglion cells [prof. dr hab. Maciej Wojtkowski, dr Sławomir Tomczewski]
Project No. 3.7 Using dynamic electrochemical techniques to acquire comprehensive insights into the parameters governing the properties of aptamer-based sensors [prof. dr hab. inż. Jacek Ryl, dr Steven Linfield]
Project No. 3.8 Integrated phage display platform for the discovery of single-domain antibodies for molecular detection and PPI interaction [prof. dr hab. Marcin Drąg ,dr Łukasz Krzemiński]
Project No. 3.9 New catalytical protocols of conductive polymer synthesis and application of these polymers in chemosensing [dr hab. Piyush Sindhu Sharma, dr inż. Maciej Cieplak]
Project No. 3.10 Bleomycin-Inspired Molecular Constructs for DNA Damage in Cancer Therapy [prof. dr hab. Marcin Drąg, dr Jeena Manayath Thekkeyil]
Project No. 3.11 Self-assembly of amphiphilic peptides within the cancer cellular membrane [prof. dr hab. Marcin Drąg, dr Jeena Manayath Thekkeyil]
Project No. 3.12 Development of Molecular and Supramolecular Tools to Exploit Human Copper(I) Homeostasis for Cancer Therapeutics [prof. dr hab. Marcin Drąg ,dr Jeena Manayath Thekkeyil]
Number of positions available: 2
Project No. 3.13 Global thermodynamics of systems with nonuniform temperature [dr hab. Karol Makuch]
Project No. 3.14 A new approach for gene delivery into retinal bipolar cells [dr hab. Andrzej Foik]
Project No. 3.15 Non-Toxic Silver Chalcogenide Colloidal Quantum Dots for Printable Flexible IR Detectors [dr hab. inż. Daniel Prochowicz, dr Apurba Mahapatra]
Project No. 3.16 Covalent organic frameworks exhibiting thermally activated delayed fluorescence [dr hab. inż. Daniel Prochowicz, dr inż. Jakub Ostapko]
Project No. 3.17 Development of New Hole and Electron Transporting Organic Materials in Inverted Perovskite Solar Cells [dr hab. Inż. Daniel Prochowicz]
Project No. 3.18 Seasonal dynamics of atmospheric aerosol composition and pollution sources in urban and suburban environments [prof. dr hab. inż. Rafał Szmigielski, dr inż. Agata Dorota Błaziak]
Project No. 3.19 Tire-Derived Organic Pollutants as Drivers of Airway Epithelial Toxicity [prof. dr hab. inż. Rafał Szmigielski, dr Faria Khan]
Project No. 3.20 Viral Protection through Advanced Polymeric Excipients for Biomedical Applications [dr hab. Jan Paczesny]
Project No. 3.21 Data-Driven and AI-Supported Methods in Physical Chemistry and Materials Chemistry [dr hab. Jan Paczesny, dr hab. inż. Paweł Wawrzyński]
Project No. 3.22 Structural and Redox Activity Studies of Copper(II) and Zinc(II) Complexes with β-Amyloid Peptide Mutants [prof. dr hab. Wojciech Bal, dr inż. Magdalena Zofia Wiloch-Szyborska]
Project No. 3.23 Optimization of a bioreactor for cultured meat production using computer simulations, with particular focus on porous medium evolution [prof. dr hab. Robert Hołyst, dr Paweł Żuk]
Project No. 3.24 Atomic-Scale Synergy - Engineering Cooperative Effects in Zeolite-Anchored Bimetalic Sites for Dry Reforming of Methane [dr hab. Anna Śrębowata, dr inż. Emil Kowalewski]
Project No. 3.1 Catalytic Ortho-Para Hydrogen Conversion in NMR Spectroscopy Implications for NMR Line Shape [dr hab. Piotr Bernatowicz, dr Tomasz Ratajczyk]
Project No. 3.2 Design and synthesis of selective catalysts for hydrocyanation reactions assisted by machine learning methods [prof. dr hab. Volodymyr Sashuk, dr Dawid Lichosyt]
Project No. 3.3 Computer simulations of transient absorption spektra [dr hab. Michał Kochman]
Project No. 3.4 Multiscale Modelling of Metabolite Channeling-Physiological Insights and Optimization of Enzyme Cascades [dr hab. Svyatoslav Kondrat]
Project No. 3.5 Multiscale Modelling of Confined Enzyme Cascades in Nanocages [dr hab. Svyatoslav Kondrat]
Project No. 3.6 Non-invasive Optical Imaging of retinal ganglion cells [prof. dr hab. Maciej Wojtkowski, dr Sławomir Tomczewski]
Project No. 3.7 Using dynamic electrochemical techniques to acquire comprehensive insights into the parameters governing the properties of aptamer-based sensors [prof. dr hab. inż. Jacek Ryl, dr Steven Linfield]
Project No. 3.8 Integrated phage display platform for the discovery of single-domain antibodies for molecular detection and PPI interaction [prof. dr hab. Marcin Drąg ,dr Łukasz Krzemiński]
Project No. 3.9 New catalytical protocols of conductive polymer synthesis and application of these polymers in chemosensing [dr hab. Piyush Sindhu Sharma, dr inż. Maciej Cieplak]
Project No. 3.10 Bleomycin-Inspired Molecular Constructs for DNA Damage in Cancer Therapy [prof. dr hab. Marcin Drąg, dr Jeena Manayath Thekkeyil]
Project No. 3.11 Self-assembly of amphiphilic peptides within the cancer cellular membrane [prof. dr hab. Marcin Drąg, dr Jeena Manayath Thekkeyil]
Project No. 3.12 Development of Molecular and Supramolecular Tools to Exploit Human Copper(I) Homeostasis for Cancer Therapeutics [prof. dr hab. Marcin Drąg ,dr Jeena Manayath Thekkeyil]
Number of positions available: 2
Project No. 3.13 Global thermodynamics of systems with nonuniform temperature [dr hab. Karol Makuch]
Project No. 3.14 A new approach for gene delivery into retinal bipolar cells [dr hab. Andrzej Foik]
Project No. 3.15 Non-Toxic Silver Chalcogenide Colloidal Quantum Dots for Printable Flexible IR Detectors [dr hab. inż. Daniel Prochowicz, dr Apurba Mahapatra]
Project No. 3.16 Covalent organic frameworks exhibiting thermally activated delayed fluorescence [dr hab. inż. Daniel Prochowicz, dr inż. Jakub Ostapko]
Project No. 3.17 Development of New Hole and Electron Transporting Organic Materials in Inverted Perovskite Solar Cells [dr hab. Inż. Daniel Prochowicz]
Project No. 3.18 Seasonal dynamics of atmospheric aerosol composition and pollution sources in urban and suburban environments [prof. dr hab. inż. Rafał Szmigielski, dr inż. Agata Dorota Błaziak]
Project No. 3.19 Tire-Derived Organic Pollutants as Drivers of Airway Epithelial Toxicity [prof. dr hab. inż. Rafał Szmigielski, dr Faria Khan]
Project No. 3.20 Viral Protection through Advanced Polymeric Excipients for Biomedical Applications [dr hab. Jan Paczesny]
Project No. 3.21 Data-Driven and AI-Supported Methods in Physical Chemistry and Materials Chemistry [dr hab. Jan Paczesny, dr hab. inż. Paweł Wawrzyński]
Project No. 3.22 Structural and Redox Activity Studies of Copper(II) and Zinc(II) Complexes with β-Amyloid Peptide Mutants [prof. dr hab. Wojciech Bal, dr inż. Magdalena Zofia Wiloch-Szyborska]
Project No. 3.23 Optimization of a bioreactor for cultured meat production using computer simulations, with particular focus on porous medium evolution [prof. dr hab. Robert Hołyst, dr Paweł Żuk]
Project No. 3.24 Atomic-Scale Synergy - Engineering Cooperative Effects in Zeolite-Anchored Bimetalic Sites for Dry Reforming of Methane [dr hab. Anna Śrębowata, dr inż. Emil Kowalewski]
Projects
Project No. 6.1 Epitaxy of InGaN superlattices on relaxed, porous GaN substrates [dr hab. inż. Grzegorz Muzioł]
Project No. 6.2 Nitride superlattice lasers-design strategies for ultra-high external quantum efficiency [prof. dr hab. Piotr Perlin]
Project No. 6.3 Growth of hBN crystals from metal solutions under high N2 pressure – modeling the thermodynamic properties of Me-B-N systems and experimental verification [dr hab. Paweł Strąk]
Project No. 6.1 Epitaxy of InGaN superlattices on relaxed, porous GaN substrates [dr hab. inż. Grzegorz Muzioł]
Project No. 6.2 Nitride superlattice lasers-design strategies for ultra-high external quantum efficiency [prof. dr hab. Piotr Perlin]
Project No. 6.3 Growth of hBN crystals from metal solutions under high N2 pressure – modeling the thermodynamic properties of Me-B-N systems and experimental verification [dr hab. Paweł Strąk]
No projects
Projects
Project No. 9.1 RNA biology at the phage–bacteria interface (NCN_OPUS) [dr Ewelina Małecka]
Project No. 9.2 Dynamics of RNA-degrading complexes in bacteria (NCN_SONATA BIS) [dr Ewelina Małecka]
Project No. 9.3 Data-driven Methodology for Predicting, Explaining, and Understanding of RNA and Small Molecule Ligand Binding (NCN_OPUS) [dr hab. Filip Stefaniak]
Project No. 9.4 Compartment-specific ups dysfunction in neurodegenerative disease mutations (NCN_SONATA BIS) [dr Lidia Wróbel]
Project No. 9.5 Mechanistic and structural studies of adenoviral DNA replication (NCN_OPUS) [professor Maciej Nowotny]
Project No. 9.6 mRNA-modifying enzymes in mammalian hormonal systems-from cell models and transgenic mice to human genetics [professor Andrzej Dziembowski]
Number of positions available: 2
Project No. 9.1 RNA biology at the phage–bacteria interface (NCN_OPUS) [dr Ewelina Małecka]
Project No. 9.2 Dynamics of RNA-degrading complexes in bacteria (NCN_SONATA BIS) [dr Ewelina Małecka]
Project No. 9.3 Data-driven Methodology for Predicting, Explaining, and Understanding of RNA and Small Molecule Ligand Binding (NCN_OPUS) [dr hab. Filip Stefaniak]
Project No. 9.4 Compartment-specific ups dysfunction in neurodegenerative disease mutations (NCN_SONATA BIS) [dr Lidia Wróbel]
Project No. 9.5 Mechanistic and structural studies of adenoviral DNA replication (NCN_OPUS) [professor Maciej Nowotny]
Project No. 9.6 mRNA-modifying enzymes in mammalian hormonal systems-from cell models and transgenic mice to human genetics [professor Andrzej Dziembowski]
Number of positions available: 2