Materials and process engineer specializing in the design and development of electronic and photonic materials and devices through inorganic synthesis and the integration of organic and polymeric systems. The central focus of my research is to create novel hybrid materials that combine the advantages of inorganic and organic components for the fabrication of soft microelectronic and optoelectronic devices. I place particular emphasis on understanding and tuning their electrical, photonic, and mechanical properties to achieve high-performance, human-electronics systems. In parallel, I investigate smart materials with advanced optical, acoustic, and mechanical functionalities to broaden their use in healthcare technologies and biomedical robotics. Ultimately, my goal is to engineer intelligent materials that exhibit unique multifunctional properties and can be seamlessly integrated into human-friendly electronic platforms.