AutoCAD is a software application for 2D and 3D computer-aided design (CAD). Learning to use a CAD system is similar to learning a new language. It is necessary to begin with the basic alphabet and learn how to use it correctly and effectively through practice. This will require learning some new concepts and skills as well as learning a different vocabulary. Today, the majority of the Mechanical CAD systems are capable of creating three-dimensional solid models. Nonetheless, all CAD systems create designs using basic geometric entities and many of the constructions used in technical designs are based upon two-dimensional planar geometry. The method and number of operations that are required to accomplish the basic planar constructions are different from one system to another.
The Diploma in AutoCAD has been designed by combining knowledge of AutoCAD 2D and 3D into the one comprehensive programme. The knowledge gained during this course can be applied within different industries and can be useful for students following various technology programmes or for individuals seeking a career in computer aided design and drafting. This programme is Pearson Assured, which means that its quality is regularly audited against rigorous standards set by Pearson Edexel (UK), ensuring that it is on par with international standards.
4 months (45 hrs)
Rs.33,000
1st instalment – Rs.13,000
2nd instalment – Rs.10,000
3rd instalment – Rs.10,000
This programme has been divided into 2 modules:
Module 1 : Auto CAD 2D
Module 2 : Auto CAD 3D
Section 01: Introduction to AutoCAD
Section 02: Coordinate Systems
Section 03: Draw Tool Bar
Section 04: Modify Tool Bar
Section 05: Drafting settings
Section 06: Units
Section 07: Object snap tool bar and divide
Section 08: Drawing limits
Section 09: Chamfer and fillet
Section 10: Hatch and Gradient
Section 11: Zoom
Section 12: Isometric view
Section 13: Perspective view
Section 14: Text
Section 15: Dimensions
Section 16: Layers
Section 17: Tables
Section 18: Elevations
Section 19: Poly line and poly line edit
Section 20: Inquiry and measurement tools
Section 21: Blocks
Section 22: Plotting of drawings
Section 23: Introduction
Section 24: Solid modelling
Section 25: Surface modelling
Section 26: Wire frame modelling
Section 27
Section 28: Visual styles
Section 29: Modify tools
Section 30: Orbit
Section 31: Edge modification
Section 32: Face modifications
Section 33: Slicing and tapering
Section 34: Materials, lighting and images
Interactive classroom lectures with multimedia enabled learning and hands on practice.
Comprehensive material including textbooks and other resources will be provided FREE of charge.
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