MOSES is a software system for hydrostatic and hydrodynamic analysis of all types of offshore platforms and vessels. It is widely used for simulating and analyzing transportation and installation of offshore structures as well as performing design and in-place calculations on floating offshore systems. Product Data Sheet Using the flexible and customizable MOSES Language, naval architects and offshore engineers can complete hydrostatic, hydrodynamic, and structural simulations of all types of offshore operations, including loadout, transportation, lifting, launching, upending, and floatover. MOSES can also be used to predict the in-place performance of moored systems such as FPSOs and semi-submersibles. The integrated nature of the MOSES solver improves efficiency and reduces the risk of error when compared with the traditional approach of using multiple packages to analyze the separate components of a project.MOSES The choice of offshore engineers worldwide, MOSES has been used for projects installing and designing offshore structures, including Jackets, Topsides, FPSOs, Spars, TLPs, Semi-submersibles, Wind Turbines, and other platforms. Capabilities include: combined strip, panel, and Morison element modeling; hydrostatic and hydrodynamic analysis of multiple, arbitrary shaped floating bodies; analysis and design of mooring lines, risers, and lifting slings; multi-body hydrodynamic interactions; hydrodynamic analysis in both the frequency and time domains; and jacket launching. MOSES can import SACS structures, whether cargo or topsides, and include their mass in stability and motions calculations. MOSES data export facilities allow easy post-processing of results in Excel and other programs.