SOLIDWORKS is one of the most widely used mechanical CAD software tools across industries such as manufacturing, product design, automotive, fabrication, and R&D.
At VORNEX TECH, our SOLIDWORKS training program is designed to develop strong parametric modeling skills, professional design workflows, and real-world engineering confidence.

The course follows a structured, industry-oriented approach, covering part modeling, assemblies, surface modeling, sheet metal, weldments, and drafting, ensuring learners are job-ready and industry-relevant

Our SOLIDWORKS training emphasizes design intent, ensuring models are:

• Fully parametric and editable
  
  

• Feature-based and logically structured
  
  

• Stable during design changes
  
  

• Aligned with real manufacturing requirements
  
  

Students learn to think like mechanical design engineers, not just software operators

The SOLIDWORKS Mechanical course is divided into progressive modules, taking learners from fundamentals to advanced applications:

• Sketching & parametric design
  
  

• Solid part modeling
  
  

• Advanced features & patterns
  
  

• Assembly design & motion logic
  
  

• Surface modeling
  
  

• Sheet metal design
  
  

• Weldments & structural design
  
  

• Engineering drawings & documentation

Key Learning Outcomes: 

• Creation of fully-defined sketches using relations and dimensions
  
  

• Control of design intent through constraints
  
  

• Advanced sketch transformations and patterns
  
  

• Repairing and optimizing sketches
  
  

• Efficient sketching techniques for complex geometry
  
  

This module ensures students build clean, controllable, and modification-friendly sketches

Key Learning Outcomes: 

• Extruded, revolved, swept, and lofted features
  
  

• Thin features and multi-directional modeling
  
  

• Holes using Hole Wizard and standard features
  
  

• Advanced cuts and boundary features
  
  

• Design-driven feature creation strategies
  
  

Students learn how to create manufacturing-ready mechanical components efficiently and accurately

Coverage Includes:  

• Fillets (constant, variable, face, full round)
  
  

• Chamfers and draft features
  
  

• Ribs, shells, wraps, and intersect features
  
  

• Feature patterns and mirrors
  
  

• Design changes with minimal model failure
  
  

This ensures models are robust, optimized, and industry-compliant

Training Includes:  

• Bottom-up and top-down assembly creation
  
  

• Standard, advanced, and mechanical mates
  
  

• Assembly patterns and component control
  
  

• Motion logic and mechanical relationships
  
  

• Exploded views and BOM creation
  
  

Students gain a clear understanding of how individual components function together as a product

Key Areas:  

• Extruded, revolved, swept, and lofted surfaces
  
  

• Boundary and filled surfaces
  
  

• Surface trimming, knitting, and thickening
  
  

• Repairing and modifying surface geometry
  
  

• Converting surfaces into solid models
  
  

This module builds a foundation for advanced product and aesthetic design

Coverage Includes:   

• Sheet metal parameters and bend rules
  
  

• Flanges, bends, hems, jogs, and lofted bends
  
  

• Unfolding, flattening, and refolding
  
  

• Forming tools and gussets
  
  

• Manufacturing-ready flat pattern creation
  
  

Students learn to design fabrication-accurate sheet metal components

Topics Include:    

• Structural members and profiles
  
  

• Trim, extend, and gusset features
  
  

• Weld beads and end caps
  
  

• Weldment drawings and cut lists
  
  

This module prepares students for industrial and fabrication-oriented design roles

Drafting Coverage:    

• Standard and projected views
  
  

• Section, detail, and broken views
  
  

• Dimensions, tolerances, and annotations
  
  

• Balloons, BOMs, and tables
  
  

• Fully associative drawings linked to models
  
  

This ensures drawings are production-ready and industry-standard

This SOLIDWORKS course is ideal for:

• Mechanical engineering students
  
  

• Diploma (Mechanical) students
  
  

• Product design aspirants
  
  

• Manufacturing & fabrication professionals
  
  

• Beginners aiming for a CAD design career
  
  

No prior SOLIDWORKS experience is required.

• Industry-aligned mechanical syllabus
  
  

• Focus on design intent & best practices
  
  

• Step-by-step, hands-on training
  
  

• Practical, job-oriented learning approach
  
  

• Affordable pricing with premium-quality instruction
  
  

Our goal is to develop confident mechanical designers ready for real engineering roles.

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
  
  

SOLIDWORKS skills are in high demand across manufacturing, automotive, and product development industries