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.