Solid Edge Certified Course

Module 1: Introduction to Solid Edge

• Solid Edge Interface and Navigation
• CAD Design Fundamentals
• File Management and Project Setup

Module 2: Sketching & Part Modeling

• 2D Sketch Creation
• Parametric and Feature-Based Modeling
• Solid Part Design Techniques

Module 3: Advanced Part Modeling

• Synchronous Technology
• Ordered Modeling
• Pattern, Mirror, and Advanced Features

Module 4: Assembly Design

• Assembly Creation and Constraints
• Assembly Relationships
• Exploded Views and Assembly Management

Module 5: Sheet Metal Design

• Sheet Metal Base Features
• Flanges, Bends, and Cutouts
• Flat Pattern Generation and Manufacturing Preparation

Module 6: Surface & Weldment Design

• Surface Modeling Techniques
• Weldment Creation
• Frame and Structural Design

Module 7: Drafting & Engineering Documentation

• 2D Drawing Creation
• Dimensioning, GD&T, and Annotations
• Bill of Materials (BOM) and Drawing Standards

Module 8: Simulation & Design Validation

• Basic Stress and Motion Analysis
• Design Validation Techniques
• Model Optimization

Module 9: Product Data Management

• File Management and Revision Control
• Teamcenter Integration Basics
• CAD Data Exchange and Collaboration

Module 10: Industry Projects & Capstone

• Machine Component Design Project
• Sheet Metal Product Design Project
• End-to-End Product Development Project including 3D Modeling, Assembly Design, Engineering Drawings, BOM Generation, Design Validation, and Final Documentation using Siemens Solid Edge

Industry Projects:

• Industrial Machine Component Design Project – Design and develop mechanical components with parametric 3D modeling and manufacturing-ready drawings using Solid Edge.
• Gearbox Assembly Design Project – Create complete gearbox assemblies with constraints, exploded views, Bill of Materials (BOM), and assembly documentation.
• Sheet Metal Product Design Project – Design sheet metal parts, generate flat patterns, and prepare components for manufacturing.
• Machine Frame & Weldment Design Project – Develop structural frames and weldment assemblies for industrial equipment.
• Consumer Product Design Project – Design plastic and metal consumer products with optimized geometry and engineering documentation.
• Mechanical Product Development Project – Build an end-to-end product from concept, 3D modeling, assembly, validation, and manufacturing drawings.
• Design Optimization Project – Improve product performance, reduce material usage, and optimize designs for manufacturing and cost efficiency.
• Reverse Engineering Project – Recreate an existing mechanical component into a fully parametric 3D CAD model with detailed engineering drawings.

Who is this program for?

• Mechanical Engineering Students
• Diploma Mechanical Engineering Students
• B.Tech & M.Tech Mechanical Engineering Graduates
• CAD Design Beginners
• Mechanical Design Engineers
• Product Design Engineers
• CAD/CAM Engineers
• Manufacturing Engineers
• Production Engineers
• Tool Design Engineers
• Mold Design Engineers
• Sheet Metal Design Engineers
• Industrial Design Engineers

How To Apply:

Mobile: 9100348679

Email: coursedivine@gmail.com