FIRST QUARTER
U1: Geometric Drawing
Lesson 1.1: Tangency. Application of tangency concepts.
Lesson 1.2: Homology and affinity.
U2: Dihedral System
Lesson 2.1: Point, line and plane. Belonging problems.
Lesson 2.2: Intersection between lines and planes.
Lesson 2.3: Parallelism, perpendicularity and minimum distance.
Lesson 2.4: Direct and inverse abatements.
Lesson 2.5: Representation of solid models. Sections.
Lesson 2.6: Developments and transformations.
U3: Standardization and interpretation of planes
Lesson 3.1: Standardization. Generalities. Elementary standards.
Lesson 3.2: Interpretation of planes. Printing of engineering drawings.
U4: Topographic Plans System
Lesson 4.1: Point, line and plane.
Lesson 4.2: Belonging relations.
Lesson 4.3: Incidence relations.
Lesson 4.4: Parallelism and perpendicularity.
Lesson 4.5: Distances.
Lesson 4.6: Abatements.
Lesson 4.7: Angles.
Lesson 4.8: Geometrical solids.
Lesson 4.9: Design of rooftops.
Lesson 4.10: Representation of topographic terrains. Longitudinal profile.
Lesson 4.11: Application to the calculation of explanations.
SECOND QUARTER
U5: 2D Delineation
Lesson 5.1. Environment, utilities and aids. Drawing editor. Drop down menus. Main screen menu. Messages and orders area.
Lesson 5.2. Entities drawing. Drawing Orders. Drawing aids. Reference to objects.
Lesson 5.3. Edition and Consultation Orders. Layers, colors. Line types.
Lesson 5.4. 2D Geometric transformations: Copy, Move, Symmetry, Equidistance, Rotate, Crop, Extend, etc.
Lesson 5.5. 2D Dimensioning.
Lesson 5.6. Drawing in isometric. Drawings in Isometric and Cavalier Projection.
U6: 3D Modeling
Lesson 6.1. 3D Geometric transformations: Extrusion, Revolution, Cut, Solidify, Boolean Operations, Chamfer, Splice, etc.
Lesson 6.2. 3D Dimensioning and shading.
U7: Printing of engineering drawings
Lesson 7.1. Paper Space / Model Space. Points of view of a 3D object.
Lesson 7.2. Viewing and printing of engineering drawings.
