Michał Rycewicz

Dr. Michał Rycewicz serves as an Assistant Professor at the Department of Metrology and Optoelectronics within the Faculty of Electronics Telecommunications and Informatics at Gdańsk University of Technology. His research primarily focuses on boron-doped diamond materials and their applications in advanced electronic and sensing systems. He maintains his office in Building A of Electronics, room EA 342, and can be reached at 583471084.

Dr. Rycewicz's research interests center on diamond-based nanomaterials, particularly boron-doped diamond structures and their applications. His work spans multiple domains including electrochemical sensors, flexible electronics, environmental monitoring systems, and medical diagnostics. His research demonstrates strong interdisciplinary connections between materials science, electronics engineering, and analytical chemistry.

The analysis of Dr. Rycewicz's publications reveals a consistent focus on diamond-based materials, particularly boron-doped diamond structures, with applications evolving from fundamental material characterization to practical sensing applications. His recent work shows increasing emphasis on environmental monitoring and medical diagnostics, with several publications addressing SARS-CoV-2 detection and bisphenol A monitoring. The research demonstrates a progression from basic material properties to integrated sensor systems, often incorporating novel fabrication techniques like additive manufacturing.

Dr. Rycewicz actively contributes to academic education, teaching courses such as "Fundamentals of Electronics and Metrology" and "Internet of Things Platforms in Medical Applications." He has also been involved in the "Advances in Functional Materials" summer school program, where he collaborates with specialists in materials engineering to provide both theoretical and practical training to PhD and MSc students.

His laboratory work appears to focus on diamond-based sensor development, with particular expertise in creating specialized measurement systems, as evidenced by his publication on a Python-automated measurement system for analyzing electronic properties. The research group seems to maintain strong collaborations with other institutions, as most publications list multiple co-authors from different organizations.