The Project "Active Development of Skills and Competencies Among Members of the Scientific Project Group ‘Materials in Medicine’ to Enhance Its Innovation and Research Potential" (Agreement No. MNiSW/2025/DPI/60) has received funding in the amount of 341,880.00 PLN. The funds were granted under the program "Supporting Students in Enhancing Their Skills and Competencies," which is part of the European Funds for Social Development 2021–2027 Program.
This project focuses on the comprehensive development of students engaged in research on innovative biomedical materials as part of the PLUTONIUM project: "Development of a New Injectable Ceramic-Polymer Bone Cement."
The project will run until the end of 2025, providing students with the opportunity to deepen their advanced knowledge in biomaterials engineering and apply their skills in practical settings. Special emphasis will be placed on broadening young researchers' competencies and fostering an interdisciplinary approach, integrating technical, scientific, and practical aspects.
The project is supervised by:
🔹 Ph.D. Eng. Marcin Wekwejt – Head of the Project, Department of Biomaterials Technology
🔹 MSc. Eng. Balbina Makurat-Kasprolewicz – Department of Machine Design and Medical Engineering
Key Research Focus: Development of an Innovative Injectable Ceramic-Polymer Bone Cement
One of the core research areas within the project is the development of a new injectable ceramic-polymer bone cement. This material, based on magnesium-potassium phosphate and crosslinked hydrogels, features a dual-setting mechanism, which could mark a breakthrough in bone defect treatment. Developing such cutting-edge materials requires an interdisciplinary approach, which is why the project not only enhances students’ technical knowledge but also strengthens their teamwork and research project management skills.
Specialized Training & Skill Development
As part of the project, students will participate in a series of specialized training sessions covering:
✔ Biomaterials engineering
✔ Synthesis and characterization techniques
✔ Advanced biomedical research methods
Additionally, soft skills workshops will help students prepare for international conferences and competitions. A crucial element of the project is mentorship, where participants will work under the guidance of experienced researchers, who will support them in conducting research and preparing presentations of their findings.
Validation & International Recognition
To ensure the effectiveness of the learning process, students’ progress will be assessed through:
🔹 Mentorship sessions
🔹 Theoretical and practical examinations
🔹 Self-evaluation surveys
Research findings will be presented at prestigious international conferences, including those organized by the European and World Biomaterials Associations, where top student projects will be eligible for awards. Participants will also have the opportunity to compete in renowned innovation contests, with the potential to earn distinctions such as Grand Prix and medals for innovation.
Long-Term Impact & Scientific Community Development
The project is designed to foster the long-term growth of the ‘Materials in Medicine’ Scientific Group, by:
🔹 Building a strong research community
🔹 Supporting young scientists
🔹 Preparing participants to mentor future generations of students
By integrating cutting-edge research with student training, the project will not only drive innovation in biomaterials development but also enhance the recognition of the research group within the academic and scientific community.
