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This project aims to develop advanced biomaterials through the surface engineering of porous alumina, with a particular focus on surface functionalization via plasma treatments. Porous alumina, known for its exceptional properties such as biocompatibility, stability, and modifiability, is utilized in various biomedical applications. The plasma functionalization of its surfaces has the potential to enhance its bioactive properties, facilitating interaction with biological cells and tissues. The main objective of this project is to optimize the antibacterial properties of porous alumina for use in biomedical applications, such as implants and medical devices. Through controlled plasma treatment, the goal is to modify the surface structure of alumina, improving its ability to prevent bacterial infections while maintaining biocompatibility. This project takes an interdisciplinary approach, combining nanotechnology, materials engineering, and biomedicine. The goal is to not only enhance the therapeutic efficacy of biomedical materials but also reduce the risk of postoperative infections, ultimately improving patient outcomes in high-demand medical applications.