In this talk, we introduce corrosion degradation fields defined nonlocally. Emphasizing the challenge of defining boundary conditions for the nonlocal generation of current density maps, we explore the application of a simplified nonlocal Finite Element (FE) fractional-Laplacian solver for modeling corrosion degradation, with a particular focus on aerospace environments. We discuss the involvement of undergraduate researchers and the interdisciplinary validation of theoretical models through experimental data obtained using a Scanning Reference Electrode Technique (SRET) apparatus, with a specific focus on the aerospace context and the consideration of Microbiologically Induced Corrosion (MIC).