During this period, work focused on enhancing the cp2k/cp2k repository by enabling localization of time-dependent orbitals to support Wannier-function localized moments in quantum chemistry simulations. The developer implemented new Fortran subroutines for calculating localized moments and integrated these routines into real-time propagation workflows, allowing dynamic analysis of local magnetic and electronic moments. This feature expanded CP2K’s scientific computing capabilities by providing new localization options within real-time propagation methods. All changes were tracked with clear, traceable commits, demonstrating a methodical approach to feature development using Fortran programming, numerical methods, and domain expertise in quantum chemistry and scientific computing.