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SOLIDWORKS ADVANCED TECHNIQUES

Benefits

Being able to tackle most engineering and industrial design projects.

Introduction

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.

 

Addressed to

-People who have basic notions of Solidworks and wish to have an intermediate general training in the techniques of creating parts, assemblies, and in product design and development. -People interested in these topics.

Objectives

Learn the operations and characteristics that describe the processes and procedures to complete a given task in modeling sheet metal parts.

Contents

LESSON 1. DESCENDING DESIGN ASSEMBLIES.
• Top-down design modeling for assemblies.
• Addition of operations in context.
• Propagation of changes.
• Breaking and blocking of operations. Report of external references.

LESSON 2. ASSEMBLY OPERATIONS.
• Smart Fasteners.
• Smart components.
• Exercises.

LESSON 3. EDITING ASSEMBLIES.
• Edition of assemblies.
• Substitution and modification of components.
• Problems in assemblies.
• Component matrices.
• Exercises.

LESSON 4. LARGE ASSEMBLIES.
• Lightened components.
• Large assembly mode.
• Large assembly options.
• Exercises.

LESSON 5. MULTIBODY DESIGN TECHNIQUES.
• Multibody parts.
• Operations with solids.
• Tool body.
• Intersection.
• Exercises.

LESSON 6. SKETCHING WITH SPLINES.
• Splines. Types.
• Addition of relations in splines.
• Calculation of splines.
• Evaluation of the quality of the splines.
• Curvature in the splines.
• Spline style.
• Exercises.

LESSON 7. INTRODUCTION TO SWEEPING.
• Swept. Requirements.
• Sweep with guide curves.
• Exercises.

LESSON 8. 3D SKETCHING AND CURVE OPERATIONS.
• Curve operations.
• Sweep along a path.
• Helix curve.
• Smoothing of transitions. Projected curves. Training.
LESSON 9. COATING OPERATIONS AND LIMITS.
• Comparison of complex operations.
• Functioning of coatings and limits.
• Coating operation.
• Limit operation.
• Exercises.

LESSON 10. INFORMATION ON THE SURFACES.
• Solids and surfaces.
• Work with sets of surfaces.
• Training
LESSON 11. INTRODUCTION TO SURFACES
• Similarities in solid and surface modeling.
• Basic surfaces.
• Flattening of surfaces.
• Training

LESSON 12. HYBRID MODELING OF SURFACES.
• Hybrid modeling.
• Exchange between solids and surfaces.
• Surfaces as construction geometries.
• Alternative to trimming.
• Making face copies.
• Exercises.

LESSON 13. REPAIR AND EDITING OF IMPORTED GEOMETRY.
• Data import.
• What should be imported?
• Resulting problems. Corrections.
• Exercises.

LESSON 14. BASIC FLANGE OPERATIONS.
• Sheet metal parts.
• Base flange / Tabs.
• Sheet metal parameters.
• Folding operations. Edge flanges. Miter faces.
• Exercises.

 
LESSON 15. CONVERSION INTO SHEET METAL.
• Conversion in sheet metal.
• Insert folds.
• Tears.
• Conversion into sheet metal.
• Exercises.

LESSON 16. OPERATIONS OF WELDED PIECE.
• Welded parts. Structural members.
• Library of profiles. Data personalization.
• Exercises.

LESSON 17. USE OF WELDED PARTS.
• Management of the cut list.
• Item names for bills of materials.
• Bounding boxes on welded parts.
• Custom structural members.
• Exercises.

Type

Course

Mode of delivery

Online direct

Methodology

Transfer of knowledge and practical cases.

Each of the operations and characteristics that describe the processes and procedures to follow to complete a certain task will be explained. Practical cases will be used to exemplify the processes. And the commands and menus necessary to perform a design task will be learned.

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.

Dates

From 7 / 11 / 2023 to 28 / 11 / 2023

Calendar

Tuesday Thursday

Schedule

From 15: 30 to 18: 30

Duration

21 teaching hours

Site

Online direct

Application

Open

Certificación

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

Cost

Non-associated company: € 720 + 21% VAT / - 13% Associated company advantage / Unemployed people check price. * AIDIMME, as the organizing entity of FUNDAE, will be able to manage the part of the course to be rewarded at no additional cost.

Teachers

SERGIO BIOT FONS
 
Sergio Biot Fons is an expert in the engineering and product development sector. He has more than 25 years of experience participating in industrial product development teams in various leading companies in the industrial sector, manufacturing components for the automotive sector, railways, custom industrial facilities, consumer products and the retail sector.

   

To perform the preregistration, please,

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