Specialist

As an experienced researcher and expert with six years of professional practice, I specialize in interdisciplinary fields such as medicinal chemistry, pharmacy, biotechnology, and environmental protection. My professional, project-based, and scientific experience focuses on the development of innovative solutions that address current challenges in medicine and environmental sustainability, in line with the principles of sustainable development. Currently, I am continuing my academic development through postgraduate studies in computational biopharmaceutics, which prepare me for drug and drug candidate design using computer modeling methods. The curriculum includes courses in Python and R programming, the use of programming environments, the application of machine learning in modeling and data analysis, numerical methods, statistical data analysis, and pharmacokinetic modeling. Key Areas of Expertise: Medicinal Chemistry and Pharmacy: Design and synthesis of new compounds with potential therapeutic applications, including radiopharmaceuticals and psychotropic drugs. Research on drug mechanisms of action and interactions, optimization of pharmacotherapy. Biotechnology and Green Chemistry: Development of sustainable water purification methods, design of modern sorbent materials compliant with the principles of green chemistry. Research on adsorption processes and their environmental applications. Project Evaluation and EU Compliance: Analysis and monitoring of project compliance with current EU guidelines related to accessibility, environmental standards, cost estimation, and project evaluation. Professional Experience and Research Projects: Since 2020, I have been professionally engaged at Jagiellonian University, participating in EU-funded projects. My responsibilities include analysis and ongoing monitoring of project compliance with the latest EU research and innovation regulations, allowing me to remain up to date with the latest trends and standards in the field. I have also led and co-implemented several research projects, including: Research on Radiopharmaceuticals: Investigating the use of radiopharmaceuticals in cancer diagnostics and therapy, and developing innovative methods for their synthesis and chemical modification. Studies on Psychotropic Drugs and Lithium Interactions: Identifying the mechanism of action of lithium used in mood disorder treatments and analyzing its interactions with psychotropic medications. Research on Adsorption Processes: Developing sustainable water purification methods and designing advanced sorbent materials for environmental protection. Research Microgrant (ID UB UJ): “A Group of Emerging Contaminants as a Challenge for Achieving Sustainable Development Goals” – a project focusing on the fate and transformation of pharmaceuticals in the environment and the development of eco-innovative removal methods.