Ms. Klaudia Stachowiak | Coordination Chemistry | Best Researcher Award
Faculty of Chemistry | Adam Mickiewicz University | Poland
Based on the provided information about mgr Klaudia Stachowiak, here is an assessment of her suitability for the Best Researcher Award, focusing on her strengths, areas for improvement, and a conclusion:
Strengths for the Award
- Publication Record and Impact:
- Klaudia Stachowiak has published three research papers, two of which are in reputable journals with solid impact factors (Molecules and Materials). Her work has already received a number of citations, indicating its influence within her field.
- Conference Participation:
- She has been actively involved in both national and international conferences, with several oral and poster presentations. This reflects her engagement with the broader scientific community and her ability to communicate her research effectively.
- Awards and Recognitions:
- She has received notable academic awards, including the Rector’s scholarship for academic results and a Maxima Cum Laude Diploma. Her recognition for best oral presentation at a national symposium further highlights her excellence in research communication.
- Scientific Projects:
- Klaudia is involved in significant research projects, including a doctoral mini-grant and support for the internationalization of scientific research. These projects demonstrate her commitment to advancing her field and expanding her research’s impact.
- Event Organization:
- Her active role in organizing scientific events, such as the Chemical Film Festival and various Poznan Festivals of Science and Arts, shows her dedication to promoting science and engaging with the public.
- Internships and Study Visits:
- She has gained international experience through internships and study visits in Spain, which enhances her research perspective and broadens her network.
Areas for Improvement
- Hirsch Index:
- With a Hirsch Index of 2, Klaudia has room for growth in terms of citations and overall research impact. Increasing the number of publications in high-impact journals and focusing on research areas with broader relevance could help improve her Hirsch Index.
- International Conference Participation:
- Although she has participated in one international conference, expanding her involvement in high-profile international events could increase her visibility and networking opportunities.
- Publication Count and Citations:
- While she has a respectable number of publications and citations, increasing the quantity and impact of her publications could strengthen her research profile. Focusing on publishing in high-impact journals and aiming for higher citation counts could be beneficial.
- Research Diversity:
- Diversifying her research topics and exploring interdisciplinary approaches could enhance her contributions to different areas of chemistry, potentially leading to higher recognition and more substantial research outcomes.
Conclusion
Mgr Klaudia Stachowiak exhibits strong potential for the Best Researcher Award. Her research contributions, active participation in conferences, and recognition through awards demonstrate her commitment to advancing her field. However, to further solidify her candidacy, she could benefit from increasing her publication output, enhancing her international conference presence, and diversifying her research topics.
Overall, Klaudia’s achievements and ongoing efforts suggest that she is a promising researcher with a bright future ahead. With continued focus on improving her research impact and expanding her professional network, she could further enhance her suitability for prestigious awards and recognition in her field.
Short Biography 🧪
Mgr Klaudia Stachowiak is a dedicated PhD student in the Department of Coordination Chemistry at Adam Mickiewicz University (AMU) in Poznan, Poland. She is actively involved in advancing her field through research and participation in scientific conferences. Her work focuses on complexation reactions and thermodynamic studies in coordination chemistry. Klaudia has made significant contributions to her field and is committed to both scientific research and public engagement in science.
Profile
Education 🎓
Klaudia Stachowiak pursued her academic studies at Adam Mickiewicz University. She completed her Bachelor of Science in Chemistry in 2019 and subsequently earned her Master of Science in Chemistry from the same institution in 2021. Her academic background provides a strong foundation for her current research endeavors.
Experience 🌍
Klaudia has gained valuable experience through various internships and study visits. Notable experiences include internships at Dow Chemical Iberrica in Spain, and at the “Nepomucen” Brewery in Poland. She also participated in a study visit at Centro Tecnologico de la Quimica de Cataluna in Spain in 2024. These experiences have broadened her research perspective and enhanced her expertise in chemistry.
Research Interests 🔬
Klaudia’s research interests lie in the field of coordination chemistry, particularly focusing on complexation reactions and thermodynamic studies of metal ions with organic compounds. Her current research projects include studying the complexation reactions of sugar uridine-5′-diphosphate derivatives and exploring their spectral characterization and biological activities.
Awards 🏅
Klaudia has been recognized for her academic achievements and research contributions. She received the Rector’s scholarship for academic results during the 2017/2018 and 2018/2019 academic years. In 2021, she was awarded the Maxima Cum Laude Diploma. Additionally, she earned the Best Oral Presentation award at the XII National Symposium “Science and Industry – Lublin Student Meetings” in June 2024.
Publications 📚
Influence of d-Electron Divalent Metal Ions in Complex Formation with L-Tartaric and L-Malic Acids, Molecules, 2021. Cited by 8 articles.
The Influence of pH on Complexation Process of Copper(II) Phosphoethanolamine to Pyrimidine Nucleosides, Materials, 2021. Cited by 4 articles.
Thermodynamic Studies of Complexes in Cu(II)/Uridine-5’-Diphosphoglucuronic Acid System, Molecules, 2024. Not yet cited.