Solid Works - Mechanical CAD

Applicable For = Mechanical / Production / Automobile

Part Design:

• Introduction

• Creating Parts

• Getting parts geometric information

• Sketcher mode

• Dimensioning

• Sketch planes

• Extruding, Revolving, Sweep features

• Parametric Modeling

• Modifying parts using History

• Adding Fillet, Chamfer, Shell and Draft

• Creating Patterns

Assembly Design:

• Creating Assembly Model

• Managing Assembly Models

• Defining Assembly constrains

Drafting:

• Generative Drafting

• Plotting various views

• Exploded Views and BOM

• Dimensioning

• Section, Detail and Auxiliary views

• Annotations, Symbols and Datum

Advance Surfacing:

• Creating lofted features

• Creating advance sweep features

• Creating Tweak features

• Modifying features

• Advanced surface modeling

Sheet Metal:

• Introduction to Sheet Metal

• Bend, Jog, Dimple and Flange features

• Hole cut, Lofted Flange features

• Creating Flat Pattern

Photo Rendering:

• Introduction to Rendering

• Adding Lights

• Applying

• Colors, Textures, Materials etc.

• Applying user defined image on object

Extra Features:

• Import, Export using Solidworks

• Solidworks File Management

• Blue Print Reading.

• How to apply Tolerances using IS Standards.

Live Industrial Projects

Mechanical Engineering is the broadest of all engineering regulation that applies the principles of physics and material science for the point of product design. Automotive, Aerospace, Marine, Production, Mechatronics, Thermal engineering, and Robotics are some of the streams that have evolved from Mechanical Engineering.

F I T Computer Education provides different courses in mechanical engineering that teach specific 2D, 3D Modeling, fine element analysis, Drafting & detailing and computer aided manufacturing.

We offer the following courses in standalone versions of world's major software product companies. Click below to view our training course syllabus