Understanding the purpose and features of NxCad
Navigating the NxCad interface and workspace
Configuring settings and units for precise modeling
Importing and exporting 3D models in different file formats

Creating 2D sketches with lines, arcs, circles, and other tools
Applying constraints and dimensions to sketches
Working with sketch editing and modification tools
Converting 2D sketches to 3D models

Introduction to 3D modeling techniques in NxCad
Extruding, revolving, and sweeping 2D profiles to create solids
Working with primitive shapes and Boolean operations
Editing and modifying 3D models efficiently

Lofting and sweeping complex shapes and surfaces
Creating patterns and arrays for repetitive elements
Utilizing parametric modeling for design flexibility
Working with advanced modeling tools and add-ons

Assembling components and parts into complex assemblies
Applying constraints and mates for assembly motion
Exploding and animating assemblies for visualization
Designing multi-part products and mechanisms

Creating smooth and organic shapes with surface modeling
Working with surfacing tools and techniques in NxCad
Blending, trimming, and extending surface bodies
Combining surface and solid modeling for complex designs

Performing simulations and finite element analysis (FEA)
Analyzing stress, deflection, and other mechanical properties
Evaluating design performance and optimization
Iterative design improvements based on analysis results

Introducing sheet metal design in NxCad
Creating and unfolding sheet metal parts
Adding bend reliefs and flanges to sheet metal designs
Preparing flat patterns for fabrication and manufacturing

Creating 2D drawings and technical documentation
Annotating and dimensioning drawings
Customizing title blocks and templates
Exporting drawings for print and digital formats

Designing a mechanical component or product
Assembling a complex machinery or equipment
Designing a consumer product or industrial tool