The main objective of this subject is to train students to manage and take advantage of systems and techniques of representation more employed actuality by the aerospace industry, which are based on geometry, be this: metric, projective, analytical, descriptive or computational.
Knowledge of forms generation methods, its properties and management of the same in diverse contexts of engineering, so much in the plane how in the 3D space, requires a proper development of the capacities for analysis, sinthesys and visualization (abstraction and idealization), as well as the utilization of the graphic language.
Normalization is necessary for exhaustive definition of forms, components, objects, mechanisms or installations, in respective projects, it requieres knowledge of basic rules on formats, lines, ways of representation, dimensioning, symbology or geometrical specifications (GPS).
Training in any current graphic application that facilitate creation of 3D models, the consequent obtaining of planes, the assambly of components, the simulation and the movement, the interactiveness between differents files or the parametric dimensioning, complete this approach.
