Solid Edge, developed by Siemens, is a powerful mechanical CAD software widely used in manufacturing, machine design, industrial equipment, and product development industries.
At VORNEX TECH, our Solid Edge training program is designed to build strong mechanical modeling skills, combining parametric and synchronous technology for fast, flexible, and efficient design workflows.

The course follows a structured, industry-aligned approach, covering part modeling, surface modeling, sheet metal, assemblies, and drafting, preparing learners for real-world mechanical design roles.

Solid Edge stands out for its Synchronous Technology, and our training emphasizes:

• Feature-based and direct modeling workflows
  
  

• Faster design changes without history limitations
  
  

• Parametric control where required
  
  

• Parent–child relationship awareness
  
  

• Bi-directional associativity between models, assemblies, and drawings
  
  

Students learn to design efficiently, accurately, and flexibly, exactly as required in modern engineering environments

The Solid Edge Mechanical course is divided into progressive modules, covering:

• Sketching & design constraints
  
  

• Solid part modeling
  
  

• Advanced features & design tools
  
  

• Surface modeling
  
  

• Sheet metal design
  
  

• Assembly modeling
  
  

• Drafting & manufacturing documentation

Key Learning Outcomes: 

• Creation of accurate 2D sketches
  
  

• Use of relations, dimensions, and IntelliSketch
  
  

• Sketch modification and cleanup tools
  
  

• Construction geometry and projection methods
  
  

• Efficient sketching for complex mechanical parts
  
  

A strong sketching foundation ensures clean, editable, and stable 3D models

Coverage Includes: 

• Extrude and revolve features
  
  

• Cut operations and profile-based modeling
  
  

• Holes with industry-standard options
  
  

• Rounds, chamfers, drafts, and thin-wall features
  
  

• Ribs, webs, vents, embossing, and mounting features
  
  

Students learn to create manufacturing-ready mechanical components using professional workflows

Topics Include:  

• Sweeps, lofts, helices, and solid sweeps
  
  

• Normal features and pattern-based design
  
  

• Multi-body modeling and Boolean operations
  
  

• Weld features and enclosure modeling
  
  

• Feature reuse and efficient design modification
  
  

These tools enable faster design iterations and cleaner models

Key Areas: 

• Curve and surface creation tools
  
  

• BlueSurf, bounded, and swept surfaces
  
  

• Surface trimming, stitching, and replacement
  
  

• Offset, ruled, and modified surfaces
  
  

• Hybrid solid–surface modeling workflows
  
  

This module builds a foundation for advanced product and industrial design

Coverage Includes: 

• Flanges, contour flanges, and lofted flanges
  
  

• Bends, unbends, jogs, and rips
  
  

• Corner treatments and reliefs
  
  

• Flattening and flat-pattern generation
  
  

• Manufacturing-accurate sheet metal parts
  
  

Students learn to design fabrication-ready sheet metal components.

Training Includes:  

• Component insertion and placement
  
  

• Standard mates and alignment tools
  
  

• Assembly movement and manipulation
  
  

• Component duplication and patterns
  
  

• Assembly features and design updates
  
  

Students gain a clear understanding of how individual parts function together as a complete product.

Drafting Coverage:  

• Drawing sheet setup and standards
  
  

• Orthographic, sectional, and detail views
  
  

• Dimensions, annotations, and symbols
  
  

• Parts lists and tables
  
  

• Fully associative drawings linked to models
  
  

This ensures drawings meet manufacturing and inspection standards.

This Solid Edge course is ideal for:

• Mechanical engineering students
  
  

• Diploma (Mechanical) students
  
  

• Manufacturing & machine design professionals
  
  

• CAD beginners and job aspirants
  
  

• Engineers seeking synchronous modeling skills
  
  

No prior Solid Edge experience is required.

• Industry-aligned mechanical syllabus
  
  

• Focus on synchronous + parametric modeling
  
  

• Step-by-step structured learning
  
  

• Practical, real-world design approach
  
  

• Affordable pricing with premium-quality training
  
  

Our goal is to develop confident, job-ready mechanical design engineers.

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

• Mechanical Design Engineer
  
  

• CAD Design Engineer
  
  

• Product Design Engineer
  
  

• Sheet Metal Design Engineer
  
  

• Manufacturing Design Engineer
  
  

Solid Edge skills are in demand across manufacturing, industrial equipment, and engineering services companies.