Patryk Szymaszek specializes in interdisciplinary scientific research at the intersection of chemical engineering, applied photochemistry and biotechnology. His scientific interests focus on the design and synthesis of modern chemical compounds with high fluorescent efficiency, dedicated to applications in molecular diagnostics and in the industry of advanced polymer materials. A special place in his work is occupied by the development of molecular fluorescent sensors, which are used for selective detection of heavy metal ions, bioparticles and reactive oxygen species. These innovative compounds are used both in imaging cell structures and in monitoring the course of polymerization processes, which is in line with the needs of modern 3D printing technologies and real-time quality control.
His research projects include, m.in, research on non-covalent fluorescent probes that can be used in medical diagnostics to detect proteins and biomolecules, as well as in industry to detect environmental contaminants. Thanks to international cooperation with recognized scientific centres, Patryk Szymaszek develops new chemical materials with unique properties, enabling precise monitoring of physicochemical parameters in various applications. A key aspect of his research is the use of spectroscopic methods, such as fluorescence and absorption spectrophotometry, to analyse the properties of the compounds under development and their interactions with biological and polymeric materials.
His scientific achievements include numerous publications in renowned journals with a high impact index, which proves a significant contribution to the development of the fields in which he works. Among the published papers, it is worth mentioning those on the use of photoactive compounds in theranostics, i.e. a combination of diagnostics and therapy, and innovative methods for monitoring photopolymerization processes. Co-authorship of several patents confirms his commitment to the practical implementation of research results, including the development of new photoinitiators and photocatalytic systems for industrial applications.
The awards and distinctions he has won, m.in. medals at international invention fairs, emphasize both the importance of his research for the development of science and its application potential. His work as part of the prestigious “Diamond Grant” project is aimed at creating innovative solutions in the field of molecular sensors that can be used in medical diagnostics and in advanced technological processes.
In his scientific activity, Patryk Szymaszek combines advanced theoretical knowledge with practical skills, which allows him to conduct research of great application importance. His passion for chemistry and biotechnology and his constant pursuit of new technologies make him a leader in the field of innovative scientific solutions.
Scientific achievements:
Summary of achievements:
To date (as of 20.11.2024), Patryk Szymaszek has managed 1 research project financed by the Ministry of Education and Science under the prestigious “Diamond Grant” program and actively participated as a contractor in 5 research projects carried out, m.in. under the NCBiR and FNP programs. He is a co-author of 11 scientific publications published in renowned journals from the JCR list with a total Impact Factor of over 53 (Hirsh Index = 5 according to the Scopus database). In addition, he is a co-author of 3 patents and several patent applications for innovative molecular sensors and their applications. He has delivered 25 oral and poster reports, 15 of which have been delivered at international conferences.
The results of his research have been appreciated internationally and nationally, as evidenced by numerous awards, including medals won at international invention fairs such as INTARG, IWIS and ARCA. Patryk Szymaszek also received a scholarship from the Minister of Science and Higher Education for outstanding students and scholarships from the Rector of the Cracow University of Technology for high academic achievements. His scientific work, in particular on the use of modern photoactive compounds in medical diagnostics and 3D-printing technology, has contributed to the development of innovative technologies and has been noticed both in academia and industry.
| Achievement criteria (* as of 06.10.2024) | Number |
| Scientific publications in journals in the Journal Citation Reports (JRC) database | 11 |
| Monographs, scientific publications in international or national journals other than those included in the Journal Citation Reports (JRC) database | 10 |
| Cumulative Impact Factor according to the Journal Citation Reports (JCR) list by the year of publication | 53,4 |
| Number of citations of publications according to the Scopus database | 98 |
| Hirch index (H-index) according to the Scopus database | 5 |
| Patents granted | 4 |
| Patent applications submitted to the Polish Patent Office (UP RP) | 3 |
| Number of conference presentations at international conferences | 20 |
| Number of poster presentations at international conferences | 15 |
| Number of conference presentations at national conferences | 12 |
| Number of poster presentations at national conferences | 12 |
| Management of national research projects | 1 |
| Participation as a contractor in research projects | 5 |
| International and national awards for scientific activity | 10 |
| Number of awards at international exhibitions | 7 |
| Number of Type of Scholarships Awarded | 3 |
| Internships in foreign research centers | 3 |
| Scientific and industrial internships in national centres | 4 |
Role in the project:
volunteer:
- Development of light-curing resins dedicated to the 3D printing of provisional crowns and bridges using photopolymerisation process
- Optimisation of 3D printing with the use of the developed resins and construction of a new 3D printer with complete software dedicated to cationic photopolymerisation processes
- Comprehensive safety assessment of the developed resins and prints using in vitro methods and testing the properties of the obtained prints