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Chemistry
| Austėja Burbulytė, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Ieva Uogintė Theme: Waste-based nanomaterials as a green solution for microplastic remediation from water |
| Karina Vjūnova, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Loreta Tamašauskaitė-Tamašiūnaitė Theme: Noble-metal-free electrocatalysts: synthesis, characterization and application for energy conversion |
| Alvydas Radžius, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Šarūnas Žukauskas Theme: Nanostructural modification of biosensor systems towards improved sensing performance |
| Ąžuolas Ivickas, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Žilvinas Ežerinskis Theme: Development of a mass spectrometric method for investigating the dynamics of greenhouse gases (CO₂, CH₄) in the environment |
| Gabija Janušauskaitė, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Martynas Misevičius Theme: Enhancing the properties of materials for advanced photonic crystals: synthesis, characterization, and optimization |
| Julija Usavičiūtė, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Virginija Kepenienė Theme: Development of advanced electrocatalytic materials for renewable energy sources |
| Farah Mumtaz, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Aldona Balčiūnaitė Theme: Non-noble metal catalysts for renewable energy |
| Ali Ashry Elsayed Alaref, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Steigvilė Byčenkienė Theme: Investigation of indoor microplastic pollution |
| Hassan Kouchakzadeh, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Šarūnas Žukauskas Theme: Development of adaptive drug delivery systems with embedded biosensors |
| Muhammad Adeel Tariq, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Ramūnas Levinas Theme: Development of novel catalytic materials and their application in direct liquid fuel cells |
| Muhammad Muneeb Ahmad, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Rasa Pauliukaitė Theme: Investigation of new materials for electrochemical sensing |
| Nauman Neeem, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Vilma Ratautaitė Theme: Electrochemical sensor modification by application of molecular imprinting technology |
| Jawaria Khan, duration of the studies 2025.10.01–2029.09.30 Scientific supervisor – dr. Vilma Ratautaitė Theme: Molecularly imprinted polymer application for milk contaminant detection |
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| Anastasija Aleksandrovič, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Aušra Valiūnienė Theme: Design and application of tethered phospholipid bilayers for reusable biosensors |
| Paulius Baronas, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Inga Morkvėnaitė-Vilkončienė Theme: Resistance of metal structures in extreme environmental conditions |
| Muhammad Naeem Hafiz, duration of the studies 2024.10.01–2028.12.31 Scientific supervisor – dr. Ramūnas Levinas Theme: Synthesis and characterization of heterogeneous electrocatalytic systems |
| Kamilė Kasperavičiūtė, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Wanessa de Melo Theme: Development of new microphysiological systems for biofilm investigation |
| Felix Lücke, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Šarūnas Žukauskas Theme: Electrochemical sensor modification for improved selectivity |
| Aswathi Raveendran, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Simonas Ramanavičius Theme: Formation of titanium oxide TixO2-x nanostructures for application in green technologies |
| Saqib Ali, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Simonas Ramanavičius Theme: Synthesis of 2D MXenes, investigation of properties and search for applications in sensors |
| Mohd Sajid, duration of the studies 2024.10.01–2029.06.30 Scientific supervisor – dr. Simonas Ramanavičius Theme: Synthesis of 2D MXenes, investigation of properties and application in clean technologies |
| Hamza Shehroz, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Aldona Balčiūnaitė Theme: Prospective catalysts for methanol fuel cells |
| Raiane Rodrigues da Silva, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Wanessa de Melo Theme: Effects of pulsed electric field on intramolecular interactions and colloidal properties of food proteins |
| Raminta Šakickaitė, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Zita Sukackienė Theme: Application of electrolessly deposited cobalt and its alloy coatings for sustainable energy conversion |
| Kamila Turuta, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Jurga Juodkazytė Theme: Development of technologies for artificial photosynthesis |
| Mantvydas Usvaltas, duration of the studies 2024.10.01–2028.09.30 Scientific supervisor – dr. Ieva Plikusienė Theme: Development of sensitive and selective optical bioanalytical systems |
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| Abouhagger Adei, duration of the studies 2023.10.01–2027.09.30 Scientific supervisor – dr. Wanessa De Cassia Martins Antunes De Melo Theme: Development of new photoactive nanomaterials |
| Boguševičė Agnė, duration of the studies 2023.10.01–2027.09.30 Scientific supervisor – dr. Inga Morkvėnaitė Vilkončienė Theme: Application of conductive polymers for biofuel cells |
| Khalid Muhammad Usman, duration of the studies 2023.10.01–2027.09.30 Scientific supervisor – dr. Wanessa De Cassia Martins Antunes De Melo Theme: Development of metal-oxide-based nanomaterial with integrated 3D printing for biomedical applications |
| Navitski Ilya, duration of the studies 2023.10.01–2027.09.30 Scientific supervisor – habil. dr. Arūnas Ramanavičius Theme: Development of immunosensors for determination of antibodies |
| Nawaz Shahid, duration of the studies 2023.10.01–2028.09.30 Scientific supervisor – dr. Aldona Balčiūnaitė Theme: Ecological, sustainable and promising 3D catalysts for renewable energy |
| Paškevičius Tomas, duration of the studies 2023.10.01–2027.09.30 Scientific supervisor – dr. Linas Labanauskas Theme: Synthesis and optimization of new phosphine ligands for palladium catalysed reactions |
| Stonytė Justina, duration of the studies 2023.10.01–2027.09.30 Scientific supervisor – dr. Rasa Pauliukaitė Theme: Development and application of conducting substrates for electrochemical sensors |
| Tahir Tayyab, duration of the studies 2023.10.01–2027.09.30 Scientific supervisor – dr. Rūta Druteikienė Theme: Investigation of sorption properties of biological waste and their application to industrial and environmental water treatment |
| Raišytė Simona, duration of the studies 2023.10.01–2028.08.31 Scientific supervisor – habil. dr. Arūnas Ramanavičius Theme: Development of Enzymatic Sensors and Biofuel cells |
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| Pleskytė Sonata, duration of the studies 2022.10.01–2026.09.30 Scientific supervisor – dr. Steigvilė Byčenkienė Theme: The photodegradation processes and mechanisms of microplastic particles by metal-oxidebased nanocomposites |
| Kasputė Greta, duration of the studies 2022.10.01–2026.09.30 Scientific supervisor – dr. Urtė Samukaitė-Bubnienė Theme: The study of drug delivery systems by electrochemical methods |
| Reinikovaitė Viktorija, duration of the studies 2022.10.01–2026.09.30 Scientific supervisor – dr. Arūnas Stirkė Theme: Electrochemical detection of fluorescent-conjugated antibodies to SARS-CoV-2 variations based on micro-/nano-structured electrode |
| Nemaniutė-Daubarė Paulina, duration of the studies 2022.10.01–2028.05.31 Scientific supervisor – dr. Linas Vilčiauskas Theme: Influence of polymerization kinetics on polyurethane degradation and viscometric properties |
| Sirgėdaitė Gytautė, duration of the studies 2022.10.01–2026.09.30 Scientific supervisor – dr. Lina Mikoliūnaitė Theme: Application of Hybrid Plasmonic Nanostructures for Surface Enhanced Raman Spectroscopy |
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Ulevičienė Virginija, duration of the studies 2022.10.01–2026.09.30 |
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Mahrosh Javed, duration of the studies 2022.10.01–2026.09.30 |
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Enayat Mohsenzadeh, duration of the studies 2022.10.01–2026.09.30 |
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Huma Amber, duration of the studies 2022.10.01–2026.09.30 |
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Viachaslau Alifirenka, duration of the studies 2022.10.01–2027.04.30 |
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Tripura Ganti, duration of the studies 2022.10.01–2027.04.30 |
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Valeckytė Gitana, duration of the studies 2022.10.01–2026.09.30 |
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Rivera Rivera Pamela, duration of the studies 2022.10.01–2026.09.30 |
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| Tartėnė Greta, duration of the studies 2021.10.01–2026.09.30 Scientific supervisor – dr. Arūnas Stirkė Theme: An investigation of the pulsed electric field induced osmotic stress on yeast Saccharomyces cerevisiae cells |
| Pilvenytė Greta, duration of the studies 2021.10.01–2026.09.30 Scientific supervisor – dr. Arūnas Ramanavičius Theme: Conducting polymers for sensor design |
| Striška Laisvidas, duration of the studies 2021.11.01–2026.10.31 Scientific supervisor – dr. Inga Morkvėnaitė-Vilkončienė Theme: Elektrinių impulsinių laukų įtaka gyvų ląstelių mechaninėms savybėms |
| Vainauskas Deividas, duration of the studies 2021.11.01–2026.10.31 Scientific supervisor – dr. Rokas Kondrotas Theme: Chalkogenidinių plonasluoksnių saulės elementų sintezė ir tyrimas |
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Zambžickaitė Greta, duration of the studies 2020.10.01–2026.04.30 |
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Mickevičienė Žana, duration of the studies 2019.12.01–2026.12.31
Scientific supervisor – dr. Loreta Tamašauskaitė-Tamašiūnaitė
Theme: Novel materials for low-temperature fuel cells
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Preikša Jokūbas, duration of the studies 2019.11.01–2026.10.31
Scientific supervisor – dr. Visvaldas Kairys
Theme: Analysis of protein-ligand recognition reactions by computational chemistry methods
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