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Course Description

This is a comprehensive program aimed at providing individuals with the knowledge and skills needed to create detailed 2D and 3D drawings, models, and designs using CAD software. CAD is widely used in various industries, including engineering, architecture, interior design, product design, and manufacturing. This course covers a wide range of CAD techniques and applications. Proficiency in CAD software is highly valued in industries that rely on detailed design and modeling, and this course equips participants with the skills needed to excel in these fields.

Prerequisites: No specific prerequisites are required, but a basic understanding of design concepts and familiarity with computer usage can be beneficial.

Introduction to CAD:

An overview of CAD, its role in design and engineering, and its relevance in various industries.

2D Drafting and Drawing:

Learning the basics of 2D drafting, including drawing lines, shapes, and dimensions.

Creating technical drawings and schematics.

3D Modeling Fundamentals:

Understanding 3D modeling principles and techniques.

Creating 3D objects, models, and assemblies.

CAD Software Tools:

Training in popular CAD software applications, such as AutoCAD, SolidWorks, or similar tools.

Navigating the CAD interface and using drawing and modeling tools.

Parametric Design:

Working with parametric modeling to create adjustable and customizable designs.

Using constraints and parameters.

Architectural CAD:

Using CAD for architectural design and drafting.

Creating floor plans, elevations, and site plans.

Mechanical CAD:

Applying CAD to mechanical design and engineering.

Designing machine parts, assemblies, and mechanical systems.

Product Design and Prototyping:

Using CAD for product design, prototyping, and manufacturing.

Creating 3D models of consumer products and industrial equipment.

3D Rendering and Visualization:

Techniques for rendering 3D models and creating realistic visualizations.

Adding materials, lighting, and textures.

CAD for Electrical and Electronics:

Using CAD for electrical and electronic design.

Schematics, PCB design, and circuit layout.

Parametric Design:

Working with parametric modelling to create adjustable and customizable designs.

Using constraints and parameters.

Real-World Projects:

Hands-on CAD projects and assignments applying the techniques learned in the course.

Portfolio Development:

Creating a professional portfolio showcasing CAD designs and projects.