Siemens NX (Unigraphics) is a high-end, enterprise-level CAD software widely used in automotive OEMs, aerospace companies, heavy engineering, tooling, and product lifecycle management (PLM) environments.

At VORNEX TECH, our Siemens NX CAD training program is designed to build deep mechanical design expertise, focusing on parametric modeling, synchronous technology, advanced surfacing, assemblies, sheet metal, and professional drafting.

The course follows a structured, industry-aligned approach, preparing learners to work confidently in large-scale engineering and production environments.

NX is built for high-complexity engineering, and our training emphasizes:

• Feature-based and synchronous modeling workflows
  
  

• Strong design intent and parent–child control
  
  

• Robust parametric modeling for large assemblies
  
  

• Bi-directional associativity across parts, assemblies, and drawings
  
  

• OEM-style modeling practices and standards
  
  

Students learn to design exactly how engineers work in automotive and aerospace companies, not just how to use tools.

The Siemens NX CAD program is divided into progressive, professional modules:

• NX Gateway & interface mastery
  
  

• Sketching & constraint-based design
  
  

• Solid part modeling & advanced features
  
  

• Synchronous modeling & smart tools
  
  

• Assembly modeling & constraints
  
  

• Surface modeling & Class-A foundations
  
  

• Sheet metal design
  
  

• Drafting & manufacturing documentation

Coverage Includes: 

• Creation of precise 2D sketches
  
  

• Dimensional and geometric constraints
  
  

• Auto-dimensioning and inferred constraints
  
  

• Sketch editing, inspection, and cleanup
  
  

• Fully constrained sketch workflows
  
  

This module ensures clean, robust, and modification-friendly models.

Topics Covered: 

• Extrude and revolve features with Boolean logic
  
  

• Primitives, holes, bosses, pockets, slots, and grooves
  
  

• Shells, drafts, threads, and engineering features
  
  

• Feature reuse, offsets, and model optimization
  
  

Students learn to create manufacturing-ready mechanical components with high stability.

Training Includes:  

• Swept, variational sweep, and tube features
  
  

• Edge blends, face blends, and chamfers
  
  

• Feature patterns, mirroring, and instance geometry
  
  

• Feature operations for complex parts
  
  

This enables students to handle complex industrial components with confidence.

Key Areas:  

• Move, pull, resize, and replace faces
  
  

• Smart dimension-driven shape changes
  
  

• Editing imported and legacy models
  
  

• Hybrid parametric + synchronous workflows
  
  

Students learn rapid design modification, a critical skill in real-world projects.

Coverage Includes:  

• Component placement and constraints
  
  

• Assembly arrays and mirroring
  
  

• Exploded views and sub-assemblies
  
  

• Assembly motion and structure control
  
  

Students gain clarity on how complex products are digitally assembled and validated.

Key Learning Areas:   

• Extruded, revolved, and studio surfaces
  
  

• Through-curve and styled surface creation
  
  

• Edge blends, face blends, and aesthetic surfaces
  
  

• Hybrid solid-surface modeling workflows
  
  

This builds a foundation for Class-A and high-quality surface design.

Coverage Includes:    

• Flanges, hems, jogs, bends, and reliefs
  
  

• Sheet metal from solid conversion
  
  

• Flattening and flat-pattern generation
  
  

• Advanced sheet metal features and forms
  
  

Students learn manufacturing-accurate sheet metal design used in industry.

Drafting Coverage:    

• Creation of standard and sectional views
  
  

• Dimensions, tolerances, and annotations
  
  

• Parts lists, tables, and symbols
  
  

• Fully associative drawings linked to 3D models
  
  

This ensures drawings meet OEM and manufacturing standards.

This Siemens NX CAD course is ideal for:

• Mechanical engineering students
  
  

• Diploma (Mechanical) students
  
  

• Automotive & aerospace design aspirants
  
  

• CAD professionals upgrading to NX
  
  

• Engineers working in OEM & Tier-1 environments
  
  

Basic CAD knowledge is helpful but not mandatory.

• Industry-aligned NX mechanical syllabus
  
  

• Focus on OEM-level modeling practices
  
  

• Strong emphasis on synchronous technology
  
  

• Step-by-step structured training
  
  

• Affordable pricing with premium-quality instruction
  
  

We train students to become industry-ready mechanical design engineers, not just NX users.

After completing this course, learners can pursue roles such as:

• Mechanical Design Engineer
  
  

• NX CAD Engineer
  
  

• Automotive Design Engineer
  
  

• Aerospace Design Engineer
  
  

• Product Development Engineer
  
  

NX skills are highly valued in OEMs, Tier-1 suppliers, and global engineering companies.