The project's main goal is to develop the skills and qualifications of the student by developing the method for producing stable, non-degradable phosphorene (NPh) NPh - MOSFETs based on phosphorene layers and thoroughly investigate their electrical and optical properties. The project will apply an innovative approach to phosphorene layers. Traditionally, research on phosphorene has been conducted in gloveboxes, where phosphorene layers are isolated from ambient conditions in a protective atmosphere such as argon. This research method prevents the practical application of these materials in real devices because phosphorene degrades under atmospheric conditions within just 30 minutes. Solving the problem of semiconductor layer degradation will open new possibilities in designing and producing advanced devices. Our research may contribute to the development of technologies with higher efficiency and longer lifespan, which is crucial for progress in electronics and optoelectronics. The research project aims to overcome key limitations associated with using phosphorene as a new semiconductor material. Thanks to our innovative methods, we can manufacture stable, non-degradable semiconductor layers with the potential to revolutionize the electronics and optoelectronics industries. Furthermore, students will obtain scientific excellence by implementing the research project "Utilizing bio-inspired layers in electronics: new opportunities for the development of semiconductor elements" and presenting its results at international conferences.