We are a team of experts in printed electronics from Warsaw University of Technology, Centre for Advanced Materials and Technologies CEZAMAT WUT
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Aleksandra Kądziela is a young researcher specializing in the development of biomedical sensors manufactured using industrial printing techniques. Her main research area is the study of biodegradable conductive printing composites for screen printing, based on carbon nanostructures. Her research is leading to the advancement of environmentally friendly disposable medical devices, such as ECG electrodes.
Aleksandra Kądziela is a dedicated young researcher in our team. With a strong focus on environmentally friendly biomedical sensors, she is developing biodegradable materials that are compatible with industrial printing manufacturing methods.
Aleksandra is currently a PhD student in biomedical engineering at Warsaw University of Technology. The topic of her thesis includes the development of biodegradable printed ECG electrodes based on conductive nanocarbon composites. Her research involves various aspects, including the careful selection of renewable substrates and the development of novel, eco-friendly inks. To achieve this, she harnesses the potential of natural biopolymers, environmentally safe solvents, and carbon nanostructures such as graphene, graphite, carbon black, and carbon nanotubes. Her primary focus lies in utilizing industrial, large-format printing techniques like flexography and screen printing.
Aleksandra has experience in the medical device industry, which has provided her with knowledge of medical standards and certification processes. In addition to screen printing, she possesses practical skills in plotter cutting, laser cutting, lamination processes, and UV printing. Her involvement in research and development programs has further deepened her understanding of cardiac diagnostics and the development of electrocardiography devices.
Within our team, Aleksandra actively engages in formulating and manufacturing inks. She conducts rheological tests on developed materials and utilizes screen printing technology to create test prints. Additionally, she carefully selects appropriate materials and investigates their effects on the printing process, particularly when dealing with multilayer structures. Moreover, she applies her skills to design flexible electronics patterns.
Her research is leading to the development of biodegradable electronic devices, which have to be disposable for medical reasons. She recognizes the potential of these devices to be used in telemedicine for observing chronic diseases. Striving to achieve harmony between technological progress and environmental sustainability, Aleksandra is pushing the boundaries of printed electronics in a way that is compatible with our natural environment.