This thesis describes the methodology of integration of standard hull details on the example of brackets, slots and end cuts according to the standard of the "3.Maj" shipyard catalog for ships of construction "712" and "713". It describes in detail and goes through the methodology of making details of the ship's hull, from the initial analysis of characteristic parameters, continuing with their parametric modeling, to the integration within the database of standard elements and solutions of the ship's structure, and testing them within the functional and detailed model of the ship. All of the above, from modeling details to inserting into the database and testing within the model, will be done in the 3D Experience platform of the Technical Faculty in Rijeka. The created database will continue to be available within the Technical Faculty's platform and will be able to be used for further upgrading by students during class work, future projects, final and graduation theses. The methodology of parametric modeling of standard ship hull details, which will be explained in this thesis, is used as such in real projects according to the professional standards of the shipbuilding profession in modern shipbuilding project companies. The peculiarity of this problem is primarily reflected in the complexity of the division of bracket contour parameters, and the passage and completion of the profile, which is addressed and solved in this thesis.