The use of 3D software allows to considerably reduce the time of design cycles, saves time and costs, increases the quality of the designed products. With the tools provided by this design software, you can be more productive and get products to market faster.

Solidworks is 3D CAD (Computer Aided Design) design software for modeling 3D parts and assemblies and 2D drawings. The software that offers a range of solutions to cover the aspects involved in the product development process. Its products offer the ability to create, design, simulate, manufacture, publish and manage the data of the design process.

Personnel of companies in the Valencian Community, and autonomous people interested in these issues. Unemployed people interested in these issues.

The goal of this course is to teach you how to use Solidworks mechanical design software to build parametric models of parts and assemblies, as well as the method for making simple drawings of those parts and assemblies.

BASIC ASPECTS AND USER INTERFACE.
• What is Solidworks?. design intent
• File references. User interface
• Command manager.

INTRODUCTION TO SKETCHING.
• 2D sketching. Stages of the process.
• How to save files. What are we going to sketch?
• Sketching. Sketch entities.
• Basic sketching. Rules governing sketches.
• Sketch relations. Dimensions. extrude
• Guidelines on sketching.
• Training.

BASIC MODELING OF PARTS.
• Basic modeling. Terminology.
• Choice of the best profile. Choice of sketch plane.
• Outgoing operation. Sketched on a flat face.
• View selector.
• Using the hole wizard.
• Display Options. Editing tools.
• Dimensioning.
• Training.

SYMMETRY AND ANGLE OF DEPARTURE.
• Practical case: Ratchet. Design intent.
• Salient operation with departure angle.
• Symmetry in the sketch. Sketched inside the model.
• Display Options.
• Training.

ARRAYS.
• Why use arrays? Reference geometry.
• Linear matrix. Circle matrix.
• Matrix symmetries. Only operation matrix to repeat.
• Sketch driven arrays.
• Training.

REVOLUTION OPERATIONS.
• Revolution operations.
• Edit material. physical properties.
• File Properties.
• Training.

EMPTY AND NERVES.
• Emptying and nerves. Analysis and addition of departure angles.
• Other departure angle options. emptied.
• Blueprints. Nerves. Sheet operations.
• Training.

REPAIRS.
• Edition of pieces. Editing issues.
• Problems with sketches. Blocking of operations.
• FilletXpert.
• Training.

CHANGES IN THE DESIGN.
• Edition of pieces. Design changes.
• Information from a model. reconstruction tools
• Training.

CONFIGURATIONS.
• Configurations What are they?
• Use of configurations.
• Other methods to create configurations.
• Use of global variables and equations.
• Modeling strategies for configurations.
• Training.

USE OF DRAWINGS.
• Other aspects of how to make drawings.
• Section view. Model views.
• Broken view. Detail views.
• Drawing sheets and sheet format.
• Training

BOTTOM-UP ASSEMBLY MODELING.
• Practical case. Universal meeting.
• Ascending assembly.
• Creation of a new assembly.
• Position of the first component.
• Design manager and symbols of the FeatureManager.
• Package dependencies.
• Training.

USE OF ASSEMBLIES.
• Use of assemblies.
• Exploded assemblies. Sketch with explosion lines.
• Bills of materials. Assembly drawings.
• Training.

TEMPLATES.
• Configuration of the options.
• Document templates.

Course

Onsite

Theoretical-practical classes.

From 13 / 4 / 2021 to 6 / 5 / 2021

Tuesday Thursday

From 14: 30 to 19: 30

40 hours. hours

AIDIMME C / Benjamin Franklin 13 (Technology Park) 46980 Paterna (Valencia)

Until April 9, 2021.

Certificate issued by Labora - Valencian Occupation and Training Service, minimum attendance at 75% of the course hours. Realization of final test.

Free course

INFORMATION AND PRE-REGISTRATIONS
AIDIMME - Training Department
961366070 Phone | Fax: 961366185 e-mail: rigual@aidimme.es | www.aidimme.es