I already hold the precise hillside geometry in both AutoCAD (DWG) and Google Earth KMZ formats; your task is to translate those files into a fully functioning PLAXIS 3D model for an academic study on slope stability in Rishikesh. As soon as I send you the site-specific soil parameters, you will create the stratigraphy, assign material properties using the Mohr-Coulomb constitutive model (my chosen framework), generate a suitable mesh, and run both the static strength-reduction safety-factor analysis and an earthquake-loading case. When I open the completed project I expect to see safety-factor plots, total and incremental displacement fields, and stress-distribution contours already saved in the Output program. Please capture clear screenshots of each key phase and add a concise note on every modelling assumption so I can reference them in the forthcoming paper. Deliverables: • Native *.p3d file with all phases, materials, and loads in place • Corresponding output database and results folders • PDF with result screenshots and a brief summary of assumptions, mesh settings, boundary conditions, and load definitions Reproducibility is more important than graphic polish, so keep your workflow transparent and name layers, stages, and result plots logically.