What You Will Learn

Understand the fundamentals of computer-aided design (CAD) and engineering design principles.

• Learn how engineering drawings are created and interpreted.

• Understand design standards, drawing conventions, and technical documentation.

• Study the role of CAD in product design and manufacturing.

Learn Engineering Drawing concepts.

• Read and create technical drawings.

• Understand orthographic projections, sections, dimensions, and scales.

• Practice creating clear and accurate engineering drawings.

• Learn standard drawing layouts and documentation methods.

Develop 2D drafting skills using CAD software.

• Create and edit sketches, lines, circles, arcs, and other geometric elements.

• Use drawing and modification tools efficiently.

• Apply dimensions, annotations, and drawing standards.

• Organize drawings using layers and drafting techniques.

Build 3D modelling skills.

• Create solid models from sketches.

• Learn extrusion, revolve, sweep, loft, and other modelling features.

• Modify and refine models using advanced design tools.

• Understand feature-based modelling techniques.

Learn AutoCAD and 3D SolidWorks workflows.

• Navigate software interfaces and tools.

• Create professional 2D and 3D designs.

• Manage design files and project documentation.

• Apply industry-standard modelling practices.

Study assemblies and drafting.

• Create and manage assembly models.

• Understand relationships between components.

• Generate assembly drawings and exploded views.

• Create manufacturing-ready technical documentation.

Learn GD&T and annotation standards.

• Understand Geometric Dimensioning and Tolerancing (GD&T) principles.

• Apply dimensions, symbols, and tolerances correctly.

• Learn standard engineering annotation practices.

• Interpret manufacturing and inspection requirements from drawings.

Explore fabrication design concepts.

• Create sheet metal components and flat patterns.

• Learn weldment design techniques and structural modelling.

• Understand fabrication drawings and production requirements.

Apply concepts through industrial projects.

• Work on complete design workflows from concept to final drawing.

• Create models, assemblies, and fabrication-ready documentation.

• Practice solving real-world engineering design problems using CAD tools.

The course progresses from basic engineering drawing and CAD concepts to advanced 3D modelling, assemblies, GD&T, fabrication design, and project-based applications.