Solidworks

Being a 2d and 3d parametric modeler, solidworks is essential to most engineering and drafting systems. Cad desk provides software training on a wide range of courses in the field of cad, cam & cae and also they put great emphasis on delivering quality training to students. Further, while taking the coaching classes for solidworks, students are encouraged to do internship and also gets an option to go for industrial visits. 

Solidworks is powerful 3D Cadd software that helps in shortening the design cycle and increases productivity. Solidworks is the world’s leading product design software that facilitates us to deliver innovative solutions to the engineering or technical industries. Cad Desk offers the best classroom training in India that helps the learner to get in-depth knowledge of various tools and features available in the Solidworks software.

Further while taking the Solidworks training, students get many benefits like student panel, study materials, e-books, tutorials, and projects which gives them a better understanding of the concepts of software and also helps them to grow in their career. Cad Desk students get an option to transfer themselves to any of our Cad Franchise Centre in India, even if they have been registered at Cad Desk Jaipur or at any other Cad center. After the course completion, the student receives a Solidworks certificate and also gets placement assistance through which they can be placed in any of the companies all over India.

Course Contents

Introduction

• Introduction to PDC & CAD/CAM/CAE
• Parametric and Non-Parametric Modelling
• Introduction to Solidworks
• GUI of Solidworks

Sketch Module

• Sketch Entities
• Sketch Modifying Tools
• Parametric Sketching
• Geometric Relations
• Dimensional Constraints

Solid Modelling

• Creating Base Features
• Creating Cut Features
• Creating Reference Geometries
• Curves in Solidworks
• Advanced Modelling Tools
• Advanced Fastening Features

Sheet Metal Design

• Creating the Base Flange
• Understanding the Feature Manager Design tree of a Sheet Metal Component
• Creating the Edge Flange
• Creating Tabs
• Creating the Sketched Bend
• Creating the Miter Flange
• Creating Closed Corners
• Creating Hems
• Creating the Jog Bend
• Breaking the Corners
• Creating Cuts on the Planar Faces of the Sheet Metal Components
• Creating Lofted Bends
• Converting a Solid Body into a Sheet Metal Part
• Designing a sheet Metal Part from a Solid Shelled model
• Ripping the Edges
• Forming Tool design

Surface Modelling

• Creating an Extruded Surface
• Creating a Revolved Surface
• Creating a Swept Surface
• Creating a Lofted Surface
• Creating a Boundary Surface
• Creating a Planar Surface
• Creating a Fill Surface
• Creating a Radiated Surface
• Offsetting Surfaces
• Trimming Surfaces
• Untrimming Surfaces
• Extending Surfaces
• Knitting Surfaces
• Filleting Surfaces
• Creating a Mid-Surface
• Deleting Holes from Surfaces
• Replacing Faces
• Deleting Faces
• Moving and Coping Surfaces
• Mirroring Surface Bodies
• Adding Thickness to Surface Bodies
• Creating a Thicken Surface Cut
• Creating a Surface Cut

Weldment Design

• 3D Sketching
• Assign Structural Members
• Performing end operations
• Using End Cap, Gusset

Assembly Module

• Introduction to Assembly
• Assembly Approaches
• Applying Standard Mate
• Applying Advanced Mate
• Applying Mechanical Mates
• Advance Assembly Tools

Drawing Module

• Adding New Sheets
• Editing the Sheet Format
• Creating different views from the 3D Model
• Create Drawing from Exploded View
• Editing and Modifying Drawing Views
• Adding Annotations to Drawing Views
• Adding Balloons to the Drawing Views
• Adding the Bill of Materials (BOM) to a Drawing
• Output as PDF