2D AUTOCAD BONUSED ATTENDANCE Course

GENERAL OBJECTIVES :

Acquire the knowledge for the creation and optimization of computer- aided designs and basic basic work, and later, advanced knowledge in 2D representation environments with the tools available in the CAD AutoCAD software

SPECIFIC OBJECTIVES :

Use 2D geometric design and representation systems to work with items and objects of everyday use in graphic tasks of general type or specialized technical projects.

MODULE 1

Introduction: Vector drawing, work environment.

Settings, screen and menus. Work process AutoCAD features.

Grade of help, forzrcursor.

Linear and circular drawing entities.

Edition: erased, parallel, orthogonal drawing, lengthening, trimming, splice, chamfering, starting, ...

Achievement practices related theoretical contents.

MODULE 2

File storage.

Drawing limits

Methods for the selection of entities.

Coordinate systems.

Achievement practices related theoretical contents.

MODULE 3

View of plans: extension, reduction, frame.

Reference to objects.

Creation of complex forms: curves, polygons, ellipses.

Modification of geometry.

Achievement practices related theoretical contents.

MODULE 4

Position control and rotation of elements.

Control of size, length and proportions. Duplication of repetitive objects: Individual, radial, matrix and reflex.

Direct modification with clamps.

Achievement practices related theoretical contents.

MODULE 5

Drawing marks: Points, divisions and graduations.

Control of properties of objects: Layers, color, line types, thickness of lines, size of discontinuous lines.

Annotations, writing and texts

Achievement practices related theoretical contents.

MODULE 6

Configuration of text styles.

Sections and scratches. Shading patterns

Data associated with elements: Define, insert and edit blocks with attributes.
Achievement practices related theoretical contents.

MODULE 7

Adjustment: Linear, aligned, angular, radial, circular, lineabase.

Management of dimensioning styles.

Dimension modifiers

Calculation of areas.

P Let's practice of achieving the theoretical total.

MODULE 8

Isometric drawing in 2D.

Insertion of raster images. Imageframe.

Work in model space and paper space.

Achievement practices related theoretical contents.

MODULE 9

Set up presentations, windows, calculate the scale.

Makeup presentations

Achievement practices related theoretical contents.

MODULE 10

Printing and mapping of plans.

Conversion to PDF format.

Projects in DWF format.

Achievement practices related theoretical contents.

THEORETICAL METHODOLOGY:

The teacher, at the beginning of each module-session, will present the theoretical contents of the module. It will start the explanations and / or exhibitions associated with each assigned part.

The programmed contents will be developed in a sequenced and gradual way.
The teacher, after each theoretical presentation, will present practical exercises and assumptions that will provide the students with the understanding and learning of the different theoretical contents of the course.

PRACTICAL METHODOLOGY:

After the theoretical explanations, practical exercises associated will be proposed.
The teacher will present practices for each module-session.
The student will hand out these practical exercises during the next module-session.

Request the forms at CETIT
It provides all the information 7 calendar days before the start of the course.