The learning of this discipline will complement the student to continue advancing in different disciplines such as 3d modeling, mechanical design, industrial or product design, and the world of 3d printing.

Basic Modeling will teach you how to use the basic tools in Solidworks and how to create drawings of parts and assemblies to document your designs.

-This course is aimed at all those people who want to get started in parametric 3D modeling. The bases will be obtained to be able to advance correctly in the development of this discipline. -People interested in these topics.

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.

1. BASICS AND USER INTERFACE.
• What is Solidworks?
• Design intent.
• File references.
• User interface.
• Command manager.

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

3. BASIC PART MODELING.
• Basic modeling.
• Choice of the best profile.
• Choice of sketch plane.
• Using the hole wizard.
• Training.

4. SYMMETRY AND ANGLE OF EXIT.
• Practical case. Design intent.
• Symmetry in the sketch.
• Sketched within the model.
• Display Options.
• Location of the model edges in a sketch.
• Training.

5. MATRICES.
• Why use arrays?
• Reference geometry.
• Linear array.
• Circular matrix.
• Training.

6. REVOLUTION OPERATIONS.
• Revolution operations.
• Physical properties.
• File Properties.
• Training.

7. EMPTYING AND NERVES.
• Emptying and nerves.
• Analysis and addition of departure angles.
• Other departure angle options.
• Training.

8. REPAIRS.
• Edition of pieces.
• Blocking of operations.
• FilletXpert.
• Training.

9. CHANGES IN THE DESIGN.
• Changes in design.
• Information from a model.
• Training.

10. CONFIGURATIONS.
• Configurations What are they?
• Use of configurations.
• Other methods to create configurations.
• Use of global variables and equations.
• Equations.
• Modeling strategies for configurations.
• Editing parts that have configurations.
• Design Library.
• Training.

11. USE OF DRAWINGS.
• Section view.
• Model views.
• Broken view.
• Detail views.
• Drawing sheets and sheet format.
• Projected views.
• Annotations.
• Training.

12. BOTTOM-UP ASSEMBLY MODELING.
• Ascending assembly.
• Adding components.
• Use of part configurations in assemblies.
• Training.

13. USE OF ASSEMBLIES.
• Assembly analysis.
• Exploded assemblies.
• Sketch with explosion lines.
• Bills of materials.

EXERCISES.
At the end of each lesson, practical exercises will be provided to be carried out as a complement to the training and to be able to assimilate the concepts in the theoretical classes.

Course

Online direct

Transfer of knowledge and support by the teacher for four weeks following the end of the last theoretical session.

The teaching center will provide the student with the necessary license to carry out the course.

Minimum software requirements:
• 3.3 GHz processor or later
• 16 Gb of RAM or higher
• Cards and certified controllers
• Solid state drives are recommended for optimal performance.
• It is advisable to have two monitors to carry out the course.

From 21 / 5 / 2024 to 6 / 6 / 2024

Tuesday Thursday

From 15: 00 to 18: 00

18 hours

Online direct

Open

Certificate of attendance issued by AIDIMME. Minimum attendance of 75% of the teaching hours.

€338 - 13% Associated company advantage / Unemployed people, consult price. *AIDIMME, as the organizing entity of FUNDAE, will be able to manage the subsidized part of the course at no additional cost.

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